Fully Configured Multi-Axis Systems Done For You
Drive Systems We Work With:
- Rack & Pinion
- Servo Belt
- Plantetary Roller Screw
- Ball Screw
- Acme Screw
We Handle As Much or As Little As You Want
Drive Types:
Our team of engineers will design & build as much of the system as you require and provide a 3D CAD file ready to be implemented.
We ensure all guides, shafts, couplings, & connections meet application requirements throughout the system.
We Handle As Much or As Little As You Want
Our team of engineers will design & build as much of the system as you require and provide a 3D CAD file ready to be implemented.
We ensure all guides, shafts, couplings, & connections meet application requirements throughout the system.
Application Examples
Rack and Pinion 4 Axis System - Dual XZ
XXYZ GANTRY [Servo Belts] 3 Axis System
Z Axis Lift [Rack and Pinion] 1 Axis System with Stand & Maintenance Lockout
Lift [Long Axis Sync’d Ball Screw] 1 Axis Synchronized System – Dual Z
Frequently Asked Questions
Explore answers to common questions about our custom linear motion systems.
What is a multi-axis system, and how does it work?
A multi-axis system is a mechanical setup that allows movement along multiple axes (X, Y, Z, and sometimes rotational axes) for precise positioning and motion control in various applications.
Multi-axis systems use coordinated motors, rails, and control software to enable smooth movement along multiple directions, allowing precise control over the position and movement of tools or materials.
What applications are multi-axis systems commonly used for?
They are used in CNC machining, robotic assembly, medical device manufacturing, inspection systems, packaging, and other applications that require controlled, precise movements.
Can multi-axis systems be integrated into existing production lines?
Yes, multi-axis systems are often designed to integrate seamlessly into production lines, enhancing workflow and operational efficiency.
Are multi-axis systems suitable for high-precision tasks?
That's right. they are ideal for applications requiring high precision, such as machining, laser cutting, and medical device assembly.
What are the maintenance requirements for multi-axis systems?
Regular maintenance includes lubrication, alignment checks, and component cleaning to prevent wear and ensure smooth, reliable performance.
How fast can multi-axis systems operate?
Speed varies based on system specifications and load requirements. Lightweight systems can reach high speeds, while heavier systems prioritize stability and precision over speed.
