When you need exceptionally compact, precise, environmentally resilient motion, consider the advantages of a frameless motor. Based on your application, this interactive tool helps you decide: Housed or frameless — and if frameless, which model?

Try Now

Surgeons want robotic cameras and instruments to operate as closely together as possible for an accurate field of view and minimal patient trauma. Learn how next-generation frameless motors are advancing the state of the art for high-performance, high-precision robots

Read the Blog
 

Take advantage of Kollmorgen's 3D CAD library to optimize design accuracy. Access 50,000+ configurable motion product models and easily integrate them into your engineering projects.

Explore Now

High radiation, high vacuum, deep-ocean pressures, hazardous atmospheres and more — all of these environments call for specialized engineering to ensure reliable long-term performance. Learn why and how to embed frameless motors in the most compact and resilient possible design.

Get the White Paper
 

Robot-ready motors designed for optimum size, weight and efficiency in specialized applications can extend your field robot’s operating time, range and reliability. Learn how to engineer greater success for the robots that perform difficult jobs while keeping humans safe.

Read the Blog
 

Functional Safety Technology

Without proper brake monitoring and testing, vertical loads can be hazardous. However, ISO 13849-1 does not allow brake testing functions to be embedded into standard machine controls. Learn the simple way to comply while achieving the safety level you need.

Read the White Paper
 

To keep energy flowing, heliostat solar plants need to keep thousands of massive mirrors clean. Learn how Kollmorgen motion helps increase maintenance efficiency by 500% and cleaning efficiency by 2,400% while operating in unpredictable terrain at temperatures often below –30ºC.

Read the Case Study

For applications exposed to medium or heavy washdowns, you need motors specially designed to reduce the risk of water ingress — and one that will meet your specific requirements. Our full line of AKMA motors deliver durability, cleanability and versatility, plus top servo performance day after day, year after year.

Get the Brochure

Get the highest torque density, at the speeds you require, in a robot-optimized form factor, with minimal temperature rise. TBM2G means no more tradeoffs.

Read the Blog

Electromagnetic interference can wreak havoc with sensitive electronics, compromising the safety and reliability of your machine. Avoid unplanned downtime, loss of productivity or even hazardous operating conditions by implementing these 8 simple yet essential techniques.

Read the Blog 
 

Next-generation surgical robots offer the ability for multiple instruments to approach the surgery site at practically any angle, including nearly parallel. Learn how you can minimize axial joint length to bring surgical arms as close together as possible.

Read the White Paper

In defense applications, failure is not an option. Missile guidance and control systems must perform flawlessly in the most extreme conditions of shock, vibration and temperature. Learn how to specify motion systems that keep sophisticated weapons reliably on target, from engineering concept to deployment.

Get the White Paper
 

 There’s no need to search through websites or catalogs looking for a perfect fit. Our online Product Selector tool does the research for you. Simply enter the torque, speed, power, size, and other requirements and be guided to motors, drives and cables that best suit your application.

Try It Now
 

Today’s food packagers are looking for machines that are more compact and automated, driving greater throughput and accuracy. However, it can be challenging to achieve these goals using individual components that were designed with little regard for integration. Learn a smarter approach — building machines with much of the integration built in at the component level.

Read the Blog

The shock and vibration of launch. The extremes of vacuum, temperature and radiation. Missions that last for many years. Crews that depend on absolute system reliability. Learn how Kollmorgen meets all these challenges with motors specially designed for the rigors of space.

Read the Blog

Curious about frameless servo motors, how they operate, and how they differ from other motor technologies? Or knowing when a frameless motor is the best choice for your application and what key features to look for? Kollmorgen can help..

Learn More

Save engineering time and eliminate uncertainty. Motioneering is the guided selection tool that shows you optimum motor and drive choices based on the application requirements you enter. Solve selection and sizing challenges in minutes, automatically.

Try Motioneering Now
 

When Salvagnini, a major global manufacturer of sheet-metal processing equipment, wanted to improve energy efficiency and productivity, it turned to Kollmorgen for advanced motion technology and expertise. Learn the solution and the results. 

Read the Success Story
 

Read and learn how motion systems can be engineered to reduce radiation exposure, audible noise and scan time. Patients deserve a better experience, and Kollmorgen can help you provide it. 

Get the Patient Experience Guide
 

Why drain a massive fuel tank so that humans can enter and inspect it, when an innovative submersible robot can do it more efficiently, more cost effectively, while keeping people and the environment safe? Learn how Square Robot used highly modified frameless motors from Kollmorgen to help make this extraordinary new technology possible.

Read the Success Story

Kollmorgen announces the latest update to its SafeMotion™ Monitor (SMM) firmware: SMM2.0. This upgrade allows OEMs to use SMM functional safety features with a larger range of HIPERFACE-DSL encoders and motors, supporting a wider range of high-performance applications.

Learn More

Functional safety is becoming a necessity in a variety of industries. But what are the specific considerations? How will designers navigate them? And how can those who are less familiar with functional safety principles get up to speed?

Get the White Paper
 

The Kollmorgen 2G Motion System offers engineers the best of both worlds: A servo motor and drive system designed to work together for ultimate compatibility, ease of setup and higher performance; and the flexibility, power and control to bring any design to life—with individual components as needed.

Download the Brochure

Frameless servo motors offer ultimate precision and torque in the most compact form factor while enabling effective protection from environmental extremes. Learn how to successfully incorporate a frameless motor into your application.

Get the White Paper

Bode plots reveal the unique frequency-response fingerprint of servo mechanisms. But how can you read the fingerprint and use it to fine-tune your system? Optimize machine motion by unlocking these five key Bode plot insights—complete with illustrated examples.

Read the Blog
 

With no industry-standard way of publishing servo motor parameters, you run the risk of motor/drive mismatches that significantly affect performance. Our latest white paper provides expert insights and practical solutions to help you apply parameters correctly, avoiding design and manufacturing setbacks. 

Download Now:

The new Genesis surgical robot is revolutionizing cardiac ablation procedures, giving patients the promise of longer, healthier lives. Learn how Kollmorgen technology and expertise made the difference for a visionary surgical robotics company.

Read the Success Story
 

Stepper and servo systems each have advantages based on their differing design and operating principles. Understanding these differences is the key to choosing the best technology for your application. Check out our Blog in Motion for an overview of the most common selection scenarios.

Read the Blog

Our interactive online tool steps you through the design questions and answers you need to choose between a housed or a frameless motor. And if frameless is the right choice, it guides you to the model that best fits your application. Simplify your selection. 

Try It Now
 

Humanoid robots must be capable of highly dynamic motion, coordinated across dozens of robotic joints, in order to manipulate objects of varying size and weight while simultaneously carrying their own weight and navigating unpredictable environments. The motion requirements are extremely complex compared to conventional industrial robots. Learn how to understand and solve them. 

Read the Blog
 

By specifying lighter, more compact, higher-efficiency motors, you can achieve optimum performance for positioning UAV flight-control surfaces, visualization systems, sensors, payloads and more. Learn how to design a more capable aircraft, bring it to market faster, and support it confidently throughout its lifecycle.

Get the White Paper
 

When a housed motor can’t provide the environmental resilience you need in the compact form factor you want, consider embedding a frameless motor into your mechanical design. Gain full control to resist deep ocean pressures, daily washdowns, high vacuum, ionizing radiation and other extreme conditions. 

Read the Tech Sheet

The Impact of Motor Science on Robotic Excellence 

Thursday, November 21, 2024, 11:00 a.m. ET
 Gain new technical insights into motor design for improved thermal dynamics and efficiency in robotic systems. Discover how to design high-performance motion solutions that optimize size, weight and cost while meeting the demand for higher payloads and faster operations.

Save My Seat

High-torque, low-temperature, compact-size motors are the key to a game-changing surgical robot design. Learn how advanced motion is improving patient outcomes and quality of life.

Read the Success Story
 

How can you improve machine performance while minimizing risks, costs and speeding time to market? Assess your options, from replacing individual motion components to a partial or complete redesign of your machine. Depending on your goals, the optimum strategy may surprise you. 

Get the White Paper
 

We’re helping engineers like you change warehouse efficiency, factory productivity, healthcare delivery, mobile robot and automated vehicle capabilities, space journeys and more. It’s all about more ambitious, capable and confident motion. Get inspired for your next project with Kollmorgen. 

Explore Now

Farm costs are rising. Labor is in short supply. Margins are slim. That’s why farmers are looking for robots that can help significantly improve speed and yield. Learn the role that advanced motion can play to help grow a stronger agricultural business.

Read the Blog

Food safety is a must, yet the need to wash down production and packaging equipment brings many risks. High-pressure spray and chemicals can damage motors and other components. Cleaning crews may take shortcuts. Pathogens may remain despite best efforts. Learn how to solve all of these issues in a cleaner, more productive machine.

Get the White Paper
 

Search, configure and visualize more than 50,000 motion product models on demand. Then download 3D models in CAD for direct incorporation into your design.

Watch the Video

Electric vehicles are changing the world for the better. But with their rapid adoption, lithium-ion battery manufacturers need to maximize production quality and speed. The electrode coating process is crucial, requiring utmost precision. Learn how direct drive technology is bringing extraordinary new possibilities to the industry.

Read the White Paper

Read and learn how motion systems can be engineered to reduce radiation exposure, audible noise and scan time. Patients deserve a better experience, and Kollmorgen can help you provide it.

Get the Patient Experience Guide
 

In defense applications, failure is not an option. Missile guidance and control systems must perform flawlessly in the most extreme conditions of shock, vibration and temperature. Learn how to specify motion systems that keep sophisticated weapons reliably on target, from engineering concept to deployment.

Get the White Paper
 

Thursday, October 17, 2024, 11:00 a.m. ET
Register for the live session or to receive a link to the recording
 
Discover the next generation of motion control. Our new PCMM2G controller offers significantly higher performance, scalability from 1 to 64 axes of motion, and simple integration in a compact package. Join us for a revealing online tour.

Save My Seat

For simple machines or complex automation environments with up to 64 axes of synchronized motion, Kollmorgen’s new PCMM2G controller introduces next-generation performance and flexibility. It’s simple to use and integrates seamlessly with virtually any system.

Learn More

Take control. The new PCMM2G automation controller is the simple way to gain greater flexibility, speed and ease of use. It seamlessly integrates with Kollmorgen Automation Suite and even supports third-party devices, providing up to 64 axes of synchronized motion.

Get the Data Sheet
 

Increase machine performance with powerful, highly scalable control
Thursday, October 17, 2024, 11:00 a.m. ET
 
The new PCMM2G delivers 1.5–3.5 times the performance of previous motion controllers, with scalability to control 1–64 axes of motion. It’s easy to integrate with practically any automation system. Learn more in this online demonstration.

Save My Seat

With significantly higher torque density in a more compact axial design, next-generation TBM2G frameless motors are ready to perform, ready to fit your design, and ready to scale. Learn how you can engineer a more capable machine, without compromise.

 Get the Brochure

Next-generation AKM2G servo motors provide substantial performance improvement without changing the motor mounting or consuming more machine space. And they’re available with a wide range of options including extensive feedback, shaft, connector and support for functional safety.

   Explore Now

In the defense industry, program specifications, contractual obligations and provisioning requirements are far more demanding than most civilian applications. With more than 70 years of serving customers in this industry, Kollmorgen is up to the challenges.

Download the Brochure

The success of your metal-cutting machine depends on the performance of its motion systems. Learn how to optimize the fieldbus architecture, control loop bandwidth, servo motor design, feedback system and cabling to achieve superior cutting quality and speed.

Read the White Paper
 

The demand for electric vehicles is soaring. Learn how a major manufacturer of lithium-ion blade battery production equipment significantly increased throughput and quality using direct drive technology to improve its competitive position.

Read the Success Story

Vertical loads need to be properly managed to avoid the potential for wasted product, operational interruptions or even human injury. Learn best practices for configuring your servo drive’s vertical load handling, including Safe Brake Control and Safe Brake Test functions.

Read the Blog

When you need the most precise control of torque, speed and/or position, servo motors and drives are likely your best choice. But how exactly does a servo system achieve such precision? Read this brief Q&A to learn the fundamentals of closed-loop control. 

Read the Blog
 

The Kollmorgen KBM series enable applications that are lighter, more compact, more precise and better protected from environmental extremes. Learn whether frameless motion is right for you — and how to choose your ideal motor configuration.

Get the Guide
 

Multi-axis gimbals for imaging, sensing and communications systems benefit from compact, lightweight, ultraprecise motion. TBM2G frameless, direct-drive motors provide the ideal solution. Learn why and get technical advice for engineering the optimum gimbal design.

Download the Tech Sheet

Tuesday, August 27, 2024, 2 p.m. ET
Yoshi Umeno, Global Industry Manager - Robotics - Kollmorgen
Greg Harnsberger, Senior Manager of Global Industry Marketing - Portescap
 
Unlock the full potential of your robotic designs in our upcoming webinar. We'll explore critical factors in motor selection, reveal how to achieve seamless communication with feedback devices, and examine real-world case studies of optimized motion control systems, from collaborative surgical robots to humanoids. 

Save My Seat

Whether you’re designing for tough medium or heavy washdown applications or all-weather conditions, AKMA motors offer the ideal feature set. See which AKMA motor meets your unique specifications with our streamlined product brochure.  

Get Product Brochure

Did you ever imagine you could take an air taxi from the airport to a downtown location?        Or see road congestion give way to direct, point-to-point delivery of goods overhead? With innovative eVTOL technology, all this and more could come true sooner than you thought. Learn how Kollmorgen is helping. 

Read Our Blog

Electric vehicles and electronic devices are creating an exponentially growing demand for lithium-ion batteries. Learn how precise laser welding, controlled by Kollmorgen’s direct drive technology, improves control accuracy by 30% and boosts yield to over 99%, substantially improving the competitive position of electric vehicle battery manufacturers. 

Read the White Paper

The exoskeleton market is at a tipping point. With an aging population, increases in chronic disease and no end in sight for serious labor shortages, exoskeletons offer tremendous potential. But how will engineers achieve the delicate balance of performance, safety and comfort?

Read the Blog

Save engineering time and eliminate uncertainty. Motioneering is the guided selection tool that shows you optimum motor and drive choices based on the application requirements you enter. Solve selection and sizing challenges in minutes, automatically.

Try Motioneering Now

Surgeons want robotic cameras and instruments to operate as closely together as possible for an accurate field of view and minimal patient trauma. Learn how next-generation frameless motors are advancing the state of the art for high-performance, high-precision robots.

Read the Blog

Humanoid robots must be capable of highly dynamic motion, coordinated across dozens of robotic joints, in order to manipulate objects of varying size and weight while simultaneously carrying their own weight and navigating unpredictable environments. The motion requirements are extremely complex compared to conventional industrial robots. Learn how to understand and solve them.

Read the Blog

By specifying lighter, more compact, higher-efficiency motors, you can achieve optimum performance for positioning UAV flight-control surfaces, visualization systems, sensors, payloads and more. Learn how to design a more capable aircraft, bring it to market faster, and support it confidently throughout its lifecycle.

Get the White Paper
 

When a housed motor can’t provide the environmental resilience you need in the compact form factor you want, consider embedding a frameless motor into your mechanical design. Gain full control to resist deep ocean pressures, daily washdowns, high vacuum, ionizing radiation and other extreme conditions.

Read the Tech Sheet

Direct drive frameless motors offer the ultimate in precision and torque density. But what if you could get these advantages in a motor that installs in minutes? Learn how we combined the performance of a frameless servo motor with the installation simplicity of a housed motor.

Discover Cartridge DDR

Simplify and accelerate your machine-design process. With Kollmorgen’s fully configurable 3D CAD models, you can search, configure and visualize more than 50,000 servo motor, drive and controller options, then download your selections for direct incorporation into your CAD design.

Watch the Tutorial

Learn how a manufacturer doubled the capacity of its precision laser-cutting machine without increasing the footprint — then expanded its market with a lower-cost version that still delivers excellent performance. What will your next machine be capable of?

Read the Success Story
 

Register for the live session or to receive a link to the recording

In the ever-changing field of robotics and wearable technology, exoskeletons hold growing promise in several applications — but bringing them to life can be challenging. That’s where optimized motor design comes in.

Read the Blog

On Demand
 
You’ve determined that a stepper motor is the right technology for your application, but how do you choose the optimum motor and drive combination? With so many available options, this online session will explore the differentiating features and give you the selection tools and tips you need to make the right choice with confidence.

Watch Now
 

The P8000 series stepper drives deliver smooth, quiet motion across the full speed range — ideal for labelers, indexers, CNC machines, packaging machines, pumps and other applications requiring low-speed, point-to-point motion control for fixed loads.

Get the Brochure

With just a few clicks, our Performance Curve Generator graphs the continuous torque, peak torque at different temperatures, and torque/speed characteristics of all our housed motors. There’s never been an easier way to evaluate the optimum motor for your application environment. 

Try it Now

On Demand
 
Join Dr. Jindong Tan, the President and Founder Azure Medical Innovation, along with Gene Matthews, Kollmorgen Senior Product Manager as they discuss navigating through the unique challenges that are presented in the surgical collaborative robotics market. They will explore critical engineering considerations when specifying surgical application needs regarding collaborative features, AI integration in the surgical flow, and certification requirements.

Watch Now
 

Get significantly more torque, increased feedback performance, reduced cabling and other next-generation capabilities—without changing your installation footprint. What will these motors do for your machine?

Explore Now

The exoskeleton market has been built on smaller volumes and custom production. But as the industry shifts — and exoskeletons become more common and viable for everything from medical rehabilitation and mobility to heavy load lifting — OEMs should be smart about the transition to efficient,  high-volume production. 

Get the White Paper

From powerful motors that move massive ground station antennas to radiation-hardened and outgassing-resistant motors for satellites and spacecraft, Kollmorgen supplies motors that deliver reliable motion in the most challenging space applications. 

Learn More
 

A builder of automated tube-cutting machines increased productivity by 20%, completely eliminated manual adjustments, and achieved unprecedented versatility to serve wide-ranging market needs. Learn how motion can transform your metal-forming machine.

Read the Success Story

To keep energy flowing, heliostat solar plants need to keep thousands of massive mirrors clean. Learn how Kollmorgen motion helps increase maintenance efficiency by 500% and cleaning efficiency by 2,400% while operating in unpredictable terrain at temperatures often below –30ºC.

Read the Case Study

You’ve determined that a stepper motor is the right technology for your application, but how do you choose the optimum motor and drive combination? With so many available options, this online session will explore the differentiating features and give you the selection tools and tips you need to make the right choice with confidence.

Watch Now
 

When a motion application requires holding a load in position for an extended time period, engineers encounter a lot of confusion around words like “stall” and a lot of uncertainty about proper servo motor sizing. Get clear answers and practical advice to ensure the success of your application. 

Read the White Paper

The worldwide demand for rockets and missiles is rapidly growing, and the most innovative designs will lead the market. How can you accelerate development of mission-critical guidance and control systems that depend on highly specialized motion systems? Kollmorgen has answers.

Read the Blog

Flexographic printing has advanced significantly, but there remains untapped opportunity. Perfect motion synchronization can ensure consistent web tensioning, precise registration and steady repeat lengths. Learn how to apply direct drive technology to deliver higher-quality print jobs, faster.  

Read the White Paper

Surgeons want robotic cameras and instruments to operate as closely together as possible for an accurate field of view and minimal patient trauma. Learn how next-generation frameless motors are advancing the state of the art for high-performance, high-precision robots.

Read the Blog

From precise actuation of flight-control surfaces to positioning of visualization systems, payloads and more, the optimum unmanned aerial vehicle design incorporates motors that operate at peak efficiency while minimizing size and weight. Learn how to specify the ideal, flight-worthy motor for each UAV application.

Read the White Paper

With significantly higher torque density in a more compact axial design, next-generation TBM2G frameless motors are ready to perform, ready to fit your design, and ready to scale. Learn how you can engineer a more capable machine, without compromise. 

Get the Brochure
 

Without proper brake monitoring and testing, vertical loads can be hazardous. However, ISO 13849-1 does not allow brake testing functions to be embedded into standard machine controls. Learn the simple way to comply while achieving the safety level you need.

Read the White Paper

With controllers, drives, motors, communications and programming tools designed to work together, you can engineer more capable automation solutions. We put all the pieces together in one suite designed to make development of exceptional machines faster and easier.

Explore Now
 

On Demand

Learn how the complete automation solution, Kollmorgen Automation Suite, can help you bring truly differentiated machines to market faster. Join our KAS training session online and simplify your development of high-performance machine control.

Watch Now

From torque, speed and power to form factor, controls and accessories—the perfect fit is key to your application’s success. Use our selection tools to choose motion products with confidence. Our instructional video shows you how simple it can be.

Try It Now

For hundreds of years, hydraulic actuation systems have been making noise, wasting energy, leaking and requiring constant maintenance — all to achieve imprecise motion over a limited range. For most of that time, they have been the only real choice for powerful actuation. But now there’s a better way. Learn the advantages of electric actuation and how to make the transition.

Read the Blog
 

The need to safeguard the food supply against disease-causing pathogens is absolute. But food processors and packagers struggle to keep machines sanitary while also maximizing productivity. Learn how smart component choices can enable direct washdown without damaging motors or other equipment, while leaving pathogens no place to hide.

Read the White Paper
 

Designing and building a humanoid robot is challenging enough. But ensuring that it is manufacturable and marketable requires a new approach to creating multi-axis motion. Get your design right from the start with these three best practices.

Read the Blog

Our updated AKD2G servo drive — part of our 2G Motion System — features enhancements to our existing communication protocols, adding CIP Sync functionality for Ethernet/IP and PROFINET IRT for PROFINET. The expanded offering delivers easier integration with third-party controllers, easier setup and functional safety options.

Read the Press Release 
 

The Kollmorgen 2G Motion System offers engineers the best of both worlds: A servo motor and drive system designed to work together for ultimate compatibility, ease of setup and higher performance; and the flexibility, power and control to bring any design to life—with individual components as needed. 

Download the Brochure

The new Genesis surgical robot is revolutionizing cardiac ablation procedures, giving patients the promise of longer, healthier lives. Learn how Kollmorgen technology and expertise made the difference for a visionary surgical robotics company.

Read the Success Story

TBM Series servo motors offer a direct drive, frameless design embedded directly into your machine, delivering exceptional torque and precision while eliminating backlash and maintenance issues. Find the features and options that best fit your application.

Learn More

From factories and warehouses, to operating rooms and imaging centers, to energy production and space exploration, our motion technology and expertise enables our partners to solve the world’s toughest motion and automation challenges. Discover what we can do for your next project.

Learn More

The electric motors that control missile fin actuators, seeker head gimbals and other mechanical systems must perform with absolute reliability. With a rapidly growing need for advanced weapon systems, learn how to specify motors that can perform reliably even in the most extreme conditions.

Read the White Paper

Optimize your frameless motor by simply entering your application requirements. This Interactive Performance Curve Generator does the rest, automatically.

Try It Now
 

Embedded into your machine and driving the load directly, KBM frameless servo motors deliver optimum torque density and precision in the most compact package. Browse motors that deliver continuous power up to 20.1 kW and peak torque up to 12,812 Nm in frame sizes ranging from 60 mm to 850 mm OD. Find the ideal fit for your application.

Choose Your KBM Motor

A new era of agricultural innovation is at hand. The same high-performance, washdown-capable motors used in food, beverage and pharmaceutical production promise to transform the productivity and profitability of farming automation. Learn why. 

Read the Blog

There are many parameters and variables to consider when sizing and selecting servo system components for an application. To simplify the process and maximize success, learn how to incorporate mechanical load, motion profile, ambient environment, cabling and other considerations into a system-wide approach.

Read the White Paper
 

Today’s food packagers are looking for machines that are more compact and automated, driving greater throughput and accuracy. However, it can be challenging to achieve these goals using individual components that were designed with little regard for integration. Learn a smarter approach — building machines with much of the integration built in at the component level.

Read the Blog

Robot-ready motors designed for optimum size, weight and efficiency in specialized applications can extend your field robot’s operating time, range and reliability. Learn how to engineer greater success for the robots that perform difficult jobs while keeping humans safe. 

Read the Blog

Food safety regulations are stricter. Consumers are more demanding. Competition is tighter than ever. How can you keep your food processing and packaging machines clean while minimizing washdown-related downtime and equipment failures? Learn proven methods for ensuring a safe food supply while maximizing the yield of your production line.

Read the Blog

Whether you’re designing for tough, medium or heavy washdown applications or all-weather conditions, AKMA motors offer the ideal feature set. See which AKMA motor meets your unique specifications with our streamlined selection guide.  

Get the Selection Guide

How do you know when designing with a high-performance servo motor that provides superior hygiene and reliable operation in demanding washdown environments is worth the investment? Learn how the patented design of our stainless steel AKMH hygienic servo motors helps improve your overall equipment effectiveness (OEE).

Get the Guide

Why drain a massive fuel tank so that humans can enter and inspect it, when an innovative submersible robot can do it more efficiently, more cost effectively, while keeping people and the environment safe? Learn how Square Robot used highly modified frameless motors from Kollmorgen to help make this extraordinary new technology possible.

Read the Success Story

Medical imaging systems require precise, powerful, perfectly controlled motion. Learn the proven, structured development process that can help ensure success — in the procedure room and the marketplace. Count on collaborative expertise, superior performance, dependable supply and global support.

Read the Brochure

Expanding on the successful P8000 stepper drive family, the new P80360-ECE features an EtherCAT communication interface that supports cyclic synchronous position (CSP), cyclic synchronous velocity (CSV), profile position, profile velocity and various homing modes. Users can integrate the P80360 stepper drive into existing EtherCAT ecosystems — enabling real-time control for increased throughput and machine capability.

Get the Brochure

When the mission matters, your UAV must be designed and built to go the distance. Learn how motion solutions designed specifically for flight can minimize size and weight while maximizing torque and efficiency. Fly longer and farther with Kollmorgen. 

Watch the Video

Servo and stepper motors are both great technologies for moving and positioning loads. But they operate in different ways, and it’s important to make the right choice for your application. Learn how these motors work, the value of each, and how to select the technology that will help your machine achieve its full potential.

Read the White Paper

To win the future, machines, robots and automation systems need to achieve higher levels of precision and performance. Kollmorgen’s dynamic motion products, collaborative engineering expertise, and global delivery and support can help move your business to the front of the pack. Learn how we do it.

Read the Brochure
 

An innovative test-bed platform developed by Humotech delivers the torque, speed and responsiveness needed to evaluate and refine wearable designs in actual human use, accelerating the prototyping process and helping improve results. Learn how.

Read the Success Story

High-performance motors that withstand direct washdown can dramatically increase equipment reliability and productivity. Learn the advantages that agricultural automation is borrowing from today’s factory floor.

Read the Blog
 

There’s no need to search through websites or catalogs looking for a perfect fit. Our online Product Selector tool does the research for you. Simply enter the torque, speed, power, size, and other requirements and be guided to motors, drives and cables that best suit your application.

Try It Now

Learn how Kollmorgen’s newly patented technology and expertise helped the world’s #1 manufacturer of sheet-metal bending machines, Salvagnini, improve energy efficiency, performance and usability in harmony with the company’s core values.

Read the Success Story

Humanoid robots and exoskeletons are bringing new possibilities to healthcare, manufacturing, construction and service industries. Learn how to improve upon human capabilities with precise, powerful, efficient motion — and how to maximize commercial success. 

Watch Now

CT, MRI, hybrid, digital mammography and nuclear medical imaging. Fixed systems, mobile X-ray and ambulatory medical imaging centers. They all depend on the right motion for the right modality. Learn how to get it right.

Get the Diagnostic Imaging Guide

Design and build a more compact, efficient, higher-performing robot. TBM2G frameless servo motors are specially created to meet the unique requirements of cobot, surgical and humanoid robot joints, providing a custom-like fit while ensuring manufacturability with long-term availability and support.

Read the Brochure

Map speed-torque curves based on variables including current, voltage, ambient temperature and winding factors. It’s easy to specify the optimum frameless motor for your application using the online Performance Curve Generator.

Get Started Now

The length and diameter of your motor have dramatic effects on stabilized platform performance. Learn how to apply this rule to size the most compact motor.

Learn More

To win the future, machines, robots and automation systems need to achieve higher levels of precision and performance. Kollmorgen’s dynamic motion products, collaborative engineering expertise, and global delivery and support can help move your business to the front of the pack. Learn how we do it. 

Read the Brochure

In any engineering project, time and budget constraints at the prototype stage can lead to excess costs and delays when scaling up to full production. Learn how to design for both performance and manufacturability, beginning with the prototyping stage, to accelerate your time to market and maximize your prospects of success.

Read the White Paper

When a motion application requires holding a load in position for an extended time period, engineers encounter a lot of confusion around words like “stall” and a lot of uncertainty about proper servo motor sizing. Get clear answers and practical advice to ensure the success of your application.

Read the White Paper

Available On-Demand
 
Power cables can cause electromagnetic interference that corrupts the position and velocity signals carried by nearby feedback cables. Learn how to tame EMI and ensure predictable servo motion.

Watch Now

With new safety standards that require periodic brake testing and prohibit embedding of test functions within standard controls, what’s the best way to keep operators safe, maximize productivity, and simplify machine design? Learn the advantages of on-drive safety functions.

Read the White Paper
 

Get significantly more torque, increased feedback performance, reduced cabling and other next-generation capabilities—without changing your installation footprint. What will these motors do for your machine?

Explore Now

Keep it simple. If you know your application requirements, the Motioneering tool will guide you to the motor and drive pairings that best fit your needs.

Get Started

Through the rapid growth of electric vehicles and other battery-powered products, lithium-ion batteries are changing the world. Battery manufacturers are under intense pressure to increase quality and yield. Learn how a battery pole-coating machine achieves micron-scale accuracy and 33% higher throughput.

Read the White Paper

In robot-assisted procedures, surgeons value the ability to place multiple instruments in a nearly parallel orientation. Learn how to design compact robotic arm joints that give surgeons the dexterity they need and help improve patient outcomes. 

Read the White Paper

A successful EO/IR program depends on efficient prototyping, cost-effective production and reliable supply. Don't let customization problems derail your project. We'll show you how to get exactly what you need in a standard or easily modified motor. 

Get the Guide

New agricultural robots can perform almost any task human hands can do — but much faster, working night and day without rest. Learn the motion technologies and choices that can help your robot reach its full potential for productivity and profitability.

Read the Blog

Frameless motors allow you to design a lighter, more compact machine with the precision of direct drive. Directly embedded in your machine’s own housing, they’re ideal for reliable performance in the most rigorous environments. Explore the possibilities.

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With frameless motors integrated directly into the mechanical structure, your machine can be more compact, efficient and dynamic. In this on-demand webinar, Kollmorgen specialist Tom S. Wood shows you how to solve the most common design challenges.

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Optimize your frameless motor by simply entering your application requirements. This Interactive Performance Curve Generator does the rest, automatically.  

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A pioneer in surgical robotics envisioned a new paradigm for performing more precise and effective cardiac ablations, but success would require advanced motion capabilities and collaborative engineering expertise. Learn how Kollmorgen helped bring the Genesis surgical robot to life.

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The AKM series of servo motors has always been a top performing motor for our customers. Now with improved lead times as short as 2 weeks on some motors, it’s time to give us a call to see if we can help with your machine design too.

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Gravity never compromises. When vertical load safety matters, neither should you. Learn how to tune your vertical axis right the first time and ensure reliable operation every time with this helpful guide covering braking physics, safe brake control, safe brake testing and more.

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With new safety standards that require periodic brake testing and prohibit embedding of test functions within standard controls, what’s the best way to keep operators safe, maximize productivity, and simplify machine design? Learn the advantages of on-drive safety functions.

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Learn the evolution of machine safety—from cages and disrupted production to light curtains and continuous production. Now you can eliminate shutdowns without putting operators at risk.

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Did you ever imagine you could take an air taxi from the airport to a downtown location? Or see road congestion give way to direct, point-to-point delivery of goods overhead? With innovative eVTOL technology, all this and more could come true sooner than you thought. Learn how Kollmorgen is helping.

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From its anodized aluminum coating to a vented design ideal for medium and heavy washdown applications, lightweight AKMA motors offer reliable performance when directly exposed to harsh environments. Use this guide to ensure the optimum AKMA fit and performance for your application.

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A critical stage in producing the lithium-ion batteries used in electric vehicles is seal-welding the top cap to the shell. Learn how the precision of direct drive technology allows laser welders to perform this micron-scale task significantly faster while improving control accuracy by 30% and achieving a yield rate over 99%.

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Search, configure and visualize more than 50,000 motion product models on demand. Then download 3D models in CAD for direct incorporation into your design.

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Blade batteries have become the most popular choice for electric vehicles due to higher safety performance, longer cruising range and faster charging speed. Learn how Kollmorgen helped a manufacturer of blade-battery production equipment significantly improve throughput and quality to meet the rapidly growing demand.

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By specifying lighter, more compact, higher-efficiency motors, you can achieve optimum performance for positioning UAV flight-control surfaces, visualization systems, sensors, payloads and more. Learn how to design a more capable aircraft, bring it to market faster, and support it confidently throughout its lifecycle.

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The word “stall” can mean very different things in different contexts. Be sure you’re applying it correctly when sizing AC servo motors that must continuously hold a load. Our white paper clarifies the technical issues and provides motor selection advice you can use, so you can be sure of safe, reliable operation.

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For any project involving high-performance motion, there are many stakeholders beyond the engineering team. Learn best practices for bringing together a successful cross-functional team focused on delivering innovative medical imaging machine designs.

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Get the highest torque density, at the speeds you require, in a robot-optimized form factor, with minimal temperature rise. TBM2G means no more tradeoffs.

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To keep energy flowing, heliostat solar plants need to keep thousands of massive mirrors clean. Learn how Kollmorgen motion helps increase maintenance efficiency by 500% and cleaning efficiency by 2,400% while operating in unpredictable terrain at temperatures often below –30ºC.

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The old principles of inertia matching between load and motor are changing. Control algorithms are more advanced and processors are faster than ever. Whether you’re updating an existing machine or starting from scratch, get the best performance possible with help from Kollmorgen’s team of engineers. This whitepaper can get you started.

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With just a few clicks, our Performance Curve Generator graphs the continuous torque, peak torque at different temperatures, and torque/speed characteristics of all our housed motors. There’s never been an easier way to evaluate the optimum motor for your application environment.

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The feature-rich P80360 stepper drive offers closed-loop positioning, full programmability using an intuitive GUI, and faster setup with Kollmorgen motors. It’s ideal for point-to-point movements as well as linked motion sequences in a wide range of applications. Learn all the benefits and specifications.

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Now you can achieve near servo-like smoothness and precision with minimal risk of undershoot or overshoot even in compliant applications or when moving heavy loads. Get all the benefits and technical details of the fully programmable P80360 stepper drive with closed-loop position control.

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From complete manufacturing lines to small, automated desktop machines, the Kollmorgen Automation Suite (KAS) delivers a small yet powerful and cost-effective hardware platform ideally suited for modular or stand-alone machines that want the maximum in flexibility and performance.

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A new era of agricultural innovation is at hand. The same high-performance, washdown-capable motors used in food, beverage and pharmaceutical production promise to transform the productivity and profitability of farming automation. Learn why.

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Surgeons value the ability to place instruments as closely together as possible when performing minimally invasive procedures. Learn how to design axially compact, high-torque robotic arm joints that help surgeons deliver better outcomes.

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With decades of engineering experience in motion systems, we have a great base of knowledge to share. From white papers to blogs and free training, we are continually updating our content to keep you informed. Featured below is some of our most popular content.

Finding motors that meet your performance specifications — and certified for hazardous-location use in your region — can be a challenge. Discover Kollmorgen’s wide range of UL, ATEX and IECEx certified motor technologies.

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Robotic joints have unique performance requirements that impact how you select the correct motor. How can you minimize joint size while maximizing output power? What does efficiency mean for robotic applications? What about thermal constraints? Get expert answers to these questions and more.

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Tens of thousands of new satellites will be launched into low-Earth orbit (LEO) in the coming years. They will require compact motors that perform reliably in the extreme environment of space. With six decades of experience in space, Kollmorgen meets these demands on time and on budget.

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The new high-amperage AKD2G 24A servo drive brings higher levels of power, control and integration flexibility to Kollmorgen’s flagship servo drive line. Learn how this new drive simplifies integration in complex applications and delivers 3x the continuous current for satellite ground stations, robotics, packaging/labeling and more.

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Satellite ground stations, robotics, packaging/labeling and other highly complex applications with high peak demands call for a drive that can handle extreme challenges. Learn how Kollmorgen’s new AKD2G 24A servo drive meets the need with 3x the continuous current and a rich feature set for simple, flexible integration.

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Whether you’re designing a new machine or upgrading an existing machine, next-generation performance depends on achieving the most precise and efficient motion possible. But where do you start? Read this guide to get tips to put your machine a cut above the rest.

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Advanced motion can make the difference for a mammography machine that adapts ideally to each patient’s anatomy, performs quicker scans, and minimizes unwanted movement to produce the clearest images. Learn how to build an imaging system that doctors and patients prefer.

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Does your machine need to operate in a smaller footprint, deliver enhanced performance or endure extreme conditions? Learn why a frameless direct-drive motor is likely your best solution.

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Frameless motors allow you to design a lighter, more compact machine with the precision of direct drive. Directly embedded in your machine’s own housing, they’re ideal for reliable performance in the most rigorous environments. Explore the possibilities.

Get the Guide

Keep it simple. If you know your application requirements, the Motioneering tool will guide you to the motor and drive pairings that best fit your needs.

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With embedded safety capabilities, a space-saving dual-axis design, single-cable technology and more, you can engineer a more compact, capable and reliable machine that’s easier to build and maintain. Learn all you can achieve with the AKD2G drive.

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What's the best way to achieve high torque and smooth operation at relatively low speeds, as required for EO/IR applications? Let's cut through the misinformation and see what really matters in the choice between conventional versus slotless motors.

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Safeguarding the welfare of operators in dangerous blending and finishing operations starts with automation. Learn how frameless servomotors enable end-of-arm robotic tooling to deliver a human touch while ensuring a safer manufacturing environment.

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What does it mean to close them, and how is that accomplished? What difference does a closed-loop system make to the performance of your axis? Get answers you can use in this brief overview.

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Your collaborative robot can be faster, stronger, more compact, more resilient. And you can bring it to market faster, with assurance of consistent frameless motor quality and supply, anywhere in the world. Learn how to engineer exceptional cobot capabilities with Kollmorgen as your partner.

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Are you ready to learn more about the AKMA motor and how it can deliver results for your application? Please join us while we cover topics such as Total Cost of Ownership, the new design features, and what applications this motor is best suited for.

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Looking for a lightweight motor for harsh environments? Our AKMA motor is built to perform, featuring a cost-effective anodized aluminum coating and versatile form factor for your demanding applications. Learn more about this workhorse motor.

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Whether you’re designing for tough medium or heavy washdown applications or all-weather conditions, AKMA motors offer the ideal feature set. See which AKMA motor meets your unique specifications with our streamlined product brochure.

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Surgeons want robotic cameras and instruments to operate as closely together as possible for an accurate field of view and minimal patient trauma. Learn how next-generation frameless motors are advancing the state of the art for high-performance, high-precision robots.

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Stepper or servo? It’s one of the most common and important questions in motion engineering. And that’s why we’ve provided answers you can use in one of our most popular white papers ever. Read it, and make the right choice with confidence.

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The No-Compromise Motor: TBM2G

Get the highest torque density, at the speeds you require, in a robot-optimized form factor, with minimal temperature rise. TBM2G means no more tradeoffs.

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The Right Partner Can Drive Your Defense Program’s Success

Engineers are facing many challenges to keep up with their ever-evolving Aerospace and Defense requirements. How can you be more innovative and ambitious in your motion design, engineering, and delivery, while mitigating risk caused by supply chain and government regulations?

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Differentiating Braking Techniques for Your Servo System

Wednesday, March 29, 2023, 11:00 a.m. ET
 
Proper servo motor braking is essential for employee safety while maintaining production requirements. But how do you choose which braking technique is right for your application? This session explores the applications for failsafe, dynamic and safe dynamic braking.

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How to use Motioneering to Size Your Application
Wednesday, February 22, 2023, 11:00 a.m. ET
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Learn how to use this powerful, online tool to size your system by specifying mechanism types, product selection criteria and more. You can even use Motioneering during the live session to size an application alongside the instructor.

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Creating Advanced Motion Profiles
Thursday, February 23, 2023, 11:00 a.m. ET
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Size products and create complex motion profiles for additional mechanism types, such as conveyor systems and electric cylinders. This session will teach you best practices you can apply to any motion project.

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Holding a steady target despite the vibration and shocks of a moving land vehicle. Meeting the size, weight and power requirements of an aircraft. Enduring the G-forces, temperatures and radiation of space. Every electro-optical/infrared system poses specific motion engineering challenges. Learn how to solve them.

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The Ideal Drive to Power Your Kollmorgen Stepper Motor

Our new P8000 series stepper drives take performance and precision to the next level. The first model, P80630-SDN, offers superior accuracy in a more compact design for labelers, indexing, CNC, packaging, pumps and other applications requiring low-speed, point-to-point motion control for fixed loads. And there are more of these advanced drives soon to come.

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Here’s how to decide

Stepper and servo systems each have advantages based on their differing design and operating principles. Understanding these differences is the key to choosing the best technology for your application. Check out our Blog in Motion for an overview of the most common selection scenarios.

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Want a deeper dive?

Supercharge your motion expertise with our new guide, “Stepper Motor or Servo Motor: Which Should It Be?” We’ll walk you through detailed considerations of torque and speed, inertia matching, coordination of axes, accuracy, resolution and more. There’s even a handy decision table to make your choice easy.

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Size Your Motor and Drive in Minutes

Keep it simple. If you know your application requirements, the Motioneering tool will guide you to the motor and drive pairings that best fit your needs.

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Optimize the performance of your high-definition metal cutting machine

Whether you’re designing a new or upgrading an existing machine, next-generation performance depends on achieving the most precise and efficient motion possible. From your fieldbus architecture to your feedback devices and more, these optimization tips can put your machine a cut above the rest.

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Discover all there is to know about how servo motors work

Learn the history of servo motors, key elements in their design, and how feedback devices and controls complete the system. You’ll also learn the types of control loops from the simplest examples to multiple embedded current, velocity and position loops hat enable servo efficiency and precision.

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Give Your Machine the Power to Be More

Integrated SafeMotion functionsTM. Unparalleled connectivity. Higher power density. Simpler usability. Next-generation AKD2G drives put you in control to design more ambitious machines with more capable performance and more confident engineering. Learn more.

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5 Key Reasons to Consider an Upgrade to AKD2G Servo Drives

AKD drives will continue to deliver great performance for many years to come. But whether you’re upgrading an existing machine or designing a new one, the next-generation AKD2G drive offers several key advancements. How much value could they add to your machine?

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Optimize Frameless Motor Performance 

All it takes is five steps or less to optimize a frameless motor for your application. In most cases, an off-the-shelf motor or a cost-effective standard modification will provide the exact fit and performance you need—with no custom development required. Learn how easy it can be.

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Three Design Considerations that Indicate a Machine Needs a Frameless Motor 

Does your machine need to operate in a smaller footprint, deliver enhanced performance or endure extreme conditions? Learn why a frameless direct-drive motor is likely your
best solution.

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Discover KBM Series Frameless Motors

Eliminate the bulk and mechanical compliance issues of transmission components while providing exceptional protection from rigorous environments. It’s all possible with KBM.

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Robot-Ready Motors Create New Possibilities 
Your collaborative robot can be faster, stronger, more compact, more resilient. And you can bring it to market faster, with assurance of consistent frameless motor quality and supply, anywhere in the world. Learn how to engineer exceptional cobot capabilities with Kollmorgen as your partner.

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Take your cobot design to the next generation of performance and manufacturability. TBM2G motors pair with standard harmonic gearing, deliver the highest performance, and are always available in the sizes, specifications and options you need.

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The new TBM2G frameless motors provide torque density and next-generation speed in a more compact package. They are ready to adapt to your design, increase its performance and expand to full production. Smaller engines for big engineering ideas - are you ready?

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Reconsider the possibilities of a frameless motor. Learn the TBM2G series design philosophy, performance specifications, target applications and more

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Our online product selection tool can help you get started on the road to finding the perfect engine. Start by clicking on Rotary Motors with direct drive.

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If you’re looking for precise motion with easy setup, then stepper motors should be your first choice. They offer servo-like positioning without the need for complex feedback devices. See the benefits and how you can find the right motor for you.

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The CT Series of motors uses innovative cooling technologies and magnetic designs to deliver higher current and torque ratings at a lower temperature. CT stepper motors can support large mechanical loads without worry due to the oversized bearing design.

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The Koltmorgen AKT2G I / O terminals offer all the functions you need to connect digital and analog sensors and actuators, encoders, thermocouples, bus couplers and more to the EtherCAT® bus in real time. Adding these terminals to your system couldn't be easier with automatic recognition and automatic configuration.

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Do you need full servo control, or can a simple and economical stepper motor serve your application just as well? Watch this on-demand web session to learn how stepper motors work, their benefits, the best applications, and how to choose the best stepper motor for your needs.

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