TBM2G frameless servo motors are purpose-designed for the next generation of robotic performance. Learn how easy it is to select the right motor for your torque, speed, fit and environmental requirements.
TBM2G Series Frameless
These next-generation frameless motors deliver high torque density for your most compact, lightest electromagnetic package, standard sizing for harmonic gearing, and scalable design to keep you on top of your global production needs.
Engineer the Exceptional
Learn how to engineer exceptional machines, robots and vehicles with the highest-performing, most reliable motors, drives, automation solutions and more.
Related Resources
Keep Your Field Robot on the Job Longer, Working Stronger >
From maintenance and repair of deep-sea infrastructure to inspection of wastewater basins. From hazardous oil and gas locations to dirty and dangerous construction sites. From research sample collection to search and rescue in disaster areas. In…
Enabling New Surgical Possibilities with High-Torque, Low-Temperature and Compact-Size Motors >
A new collaborative surgical robot helps surgeons do their best work, in more types of surgery, delivering better outcomes. TBM2G servo motors make it possible.
Advanced Surgical Robots: Designing Compact, Powerful Motion for the Next Generation >
Learn the key criteria for designing axially compact arm joints that minimize space, maximize torque, and deliver precision performance in surgical robots.
5 Harshest Environments for EO/IR Motion Control >
Electro-Optical/Infrared (EO/IR) Systems are used to provide long distance visual and thermal imaging for a variety of applications. Often used in satellites, planes, and military applications, there are two main components found in EO/IR systems:…
Motioneering for Frameless Motor >
Sizing a traditional servo or stepper motor is simple with the Motioneering sizing tool, but what about sizing a frameless motor? Are there any special considerations for these parts? Learn just how easy it is to size frameless motors using…
For next-generation surgical robots, minimize the axial length of your robotic joints >
What if you could design and build a surgical robot that help doctors perform less invasive, more precise operations and achieve better patient outcomes? While the results of any surgery depend on the challenges of the specific case and the skill of…
How to Design Collaborative Robots to Improve Cycle Time >
Is production demand pushing your cobot design to its performance limit? Do rigorous operation requirements cause overheating? Would you like to design a cobot with no compromises to performance or cycle time?
Three Design Considerations that Indicate a Machine Needs a Frameless Motor >
Engineers often face challenges when incorporating servo motors into a new machine design. Choosing between a housed motor or a frameless torque motor shouldn’t be one of them. This blog reveals three design considerations that indicate why a…