Automation & Motion Control
Frequently Asked Questions
Are heavy-duty linear guides more accurate than standard guides?
Heavy-duty guides are not inherently more accurate, but their increased rigidity and load capacity help maintain consistent accuracy under stress. This makes them better suited for precision tasks in high-load or dynamic environments.
Can I replace a standard linear guide with a heavy-duty one?
Yes, but it’s important to ensure the mounting footprint, load specs, and machine design support the change. Heavy-duty guides are physically larger and may require structural modifications for proper integration.
Do you carry replacement drives and motors for legacy systems?
Yes - and our team can cross-reference legacy part numbers and recommend modern equivalents. Submit a quote request and include the existing manufacturer and model.
How do I choose between heavy-duty and standard linear guides?
Start by evaluating your application’s load requirements, duty cycle, environmental conditions, and space constraints. If you’re unsure, Tavoron can provide expert guidance based on performance, longevity, and cost-effectiveness.
Servo motor vs. stepper motor – which should I use?
Servo motors deliver closed-loop, high-torque, high-speed precision and are ideal for dynamic, variable-load applications. Stepper motors offer simpler open-loop positioning at lower cost for repeatable, lower-speed, incremental moves. Our application engineers help size the right motor and drive for your duty cycle.
What is the difference between a PLC and a PAC?
A PLC (Programmable Logic Controller) is purpose-built for discrete machine control with deterministic scan times. A PAC (Programmable Automation Controller) adds advanced data handling, motion, and IT-style connectivity in one platform. Tavoron stocks both and helps you specify the right fit during application review.
What is the difference between standard and heavy-duty linear guides?
Standard linear guides are designed for moderate loads and precision in compact applications. Heavy-duty linear guides, by contrast, have thicker rails, larger bearing surfaces, and higher load capacities and are ideal for demanding environments like CNC machines, gantries, and material handling systems.
When should I use a heavy-duty linear guide instead of a standard one?
Use heavy-duty linear guides when your application involves high loads, long travel distances, high duty cycles, or harsh environments where rigidity, durability, and vibration resistance are critical.