Go The Distance Precision, multi-carriage motion control systems at any travel length
Go The DistancePrecision, multi-carriage motion control systems at any travel length
Properly designed linear gantries can elevate your plant’s operations, increasing production cycle speed and volume. With single- and multi-axis configurations, these robots offer design flexibility that addresses a wide range of automation tasks. We design our linear robots using our ServoBelt™ Linear actuators to offer precise, smooth motion and excellent load-bearing capabilities. In many cases, linear robots can even replace multiple six-axis articulated arm robots, reducing the total cost, footprint and deployment time for automation systems.
Regardless of your accuracy and cost requirements, we can deliver a linear positioning solution that fits the bill. Our linear positioning solutions are based on three platforms:
ServoBelt™ advanced belt-driven stages and actuators
LowBoy self-contained ball screw and linear motor stages
Conventional linear motor and belt-driven stages and actuators
As with all our motion control solutions, we offer controls development—from simple single-axis actuation to complex multi-axis Cartesian robots and gantries.
Our ServoBelt™ belt-driven and DDT direct drive rotary stages combine best-of-class positioning accuracy, speed range, torque capacity and reliability. Low-profile mechanical designs and large through hole options make it easy to integrate our rotary stages into your machines. From simple indexing to complex motion profiles, we offer control integration capabilities for a full turnkey rotary positioning solution.
All of our linear and rotary motion platforms are designed with an eye toward customization. And over the past 20 years, we have designed and built a staggering variety of custom-engineered systems—from long-travel, high-throughput packaging robots to compact lab automation and precision semiconductor wafer handling systems. We specialize in the rapid development of multi-axis systems such as gantries, Cartesian robots and transfer mechanisms. Controls development and integration are always available for our engineered motion control solutions.
Properly designed linear gantries can elevate your plant’s operations, increasing production cycle speed and volume. With single- and multi-axis configurations, these robots offer design flexibility that addresses a wide range of automation tasks. We design our linear robots using our ServoBelt Linear actuators to offer precise, smooth motion and excellent load-bearing capabilities. In many cases, linear robots can even replace multiple six-axis articulated arm robots, reducing the total cost, footprint and deployment time for automation systems.
Low-Boy self-contained ball screw and linear motor stages
All of our linear and rotary motion platforms are designed with an eye toward customization. And over the past 20 years, we have designed and built a staggering variety of custom-engineered systems—from long-travel, high-throughput packaging robots to compact lab automation and precision semiconductor wafer handling systems. We specialize in the rapid development of multi-axis systems such gantries, Cartesian robots and transfer mechanisms. Controls development and integration are always available for our engineered motion control solutions.
Use our online tools to configure and request a quote for linear and rotary systems.
Configure ServoBelt™ Rotary
Configure Direct Drive Theta Rotary
Configure ServoBelt™ Linear
If you build machines, you probably work with actuators and positioning stages every day. But do you truly get the best performance or lowest cost of ownership from these motion devices? The answer may not be what you expect.
Read our latest posts on new products, technical breakthroughs and design best practices related to motion control systems.
Low-Cost, Heavy-Duty Gimbal Made From Rotary Stages
Vertical Gantry With Rotary
First Steps Toward Agricultural Automation
New LowBoy Linear Motion Stages
Products Linear and Gantry Robots Rotary Positioning ServoBelt™ Rotary Stage (SBR) Direct Drive Theta (DDT) Linear Positioning ServoBelt™ Linear ServoBelt™ RA Actuator LowBoy Linear KAOS OEM Actuators ServoBelt™ RA Actuator ServoNut Power Module Robot Transfer Units
Rotary Positioning ServoBelt™ Rotary Stage (SBR) Direct Drive Theta (DDT)
ServoBelt™ Rotary Stage (SBR)
Linear Positioning ServoBelt™ Linear ServoBelt™ RA Actuator LowBoy Linear KAOS OEM
Actuators ServoBelt™ RA Actuator ServoNut Power Module
Solutions Engineered Solutions Controls Integration
Industries Large Format Printing Packaging Semiconductor Test and Measurement Woodworking
Get A Quote ServoBelt™ Linear LowBoy Linear ServoBelt™ Rotary Direct Drive Theta
Resources Automation Blog Get CAD Models White Papers and Case Studies Video Certifications Inertia Matching
White Papers and Case Studies
Support Installation Splicing Pin Outs Rotary Motor Data Integrated Servo Motor Data Linear Overall Length ServoBelt™ Linear Maintenance Manual Molded Belt Tray Assemblies Legacy Non-molded Belt Tray Assemblies ServoBelt™ Rotary Belt Tensioning Procedure
Integrated Servo Motor Data
ServoBelt™ Linear Maintenance Manual Molded Belt Tray Assemblies Legacy Non-molded Belt Tray Assemblies
Molded Belt Tray Assemblies
Legacy Non-molded Belt Tray Assemblies
ServoBelt™ Rotary Belt Tensioning Procedure
About About Bell-Everman Capabilities Press Releases
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资料来源：企业官网公司简介（复核日期：2026-10-07）。