The Precision Linear Stage offers a travel range of 700mm with ultra-fine resolution of 5μm, designed for high-precision positioning in semiconductor manufacturing, optical alignment, and automated inspection systems. It integrates 4 digital inputs and 2 analog outputs for sensor feedback, supporting direct connection to servo motors or stepper drivers. Communication interfaces include RS-485 and EtherCAT for seamless PLC/PC integration. Operating at 24V DC (±10%) within -10°C to 50°C, its rigid aluminum structure ensures minimal deflection under load. Key advantages include repeatability ±2μm, low thermal expansion, and tool-free mounting compatibility. Limitations involve higher cost compared to standard stages and sensitivity to particulate contamination in harsh environments. Ideal for applications requiring micron-level accuracy over extended motion ranges.

SEOSpecification

Parameter	Specification
Travel Range	700mm
Resolution	5μm
Repeatability	±2μm
Straightness	10μm/700mm
Load Capacity	50kg (Dynamic) 100kg (Static)
Max Speed	300mm/s
Drive Type	Precision Ball Screw
Control Interface	RS-232/RS-485
Operating Temperature	0°C to 45°C
Material	Aluminum Alloy

SEOQandA

question:What payment methods do you accept?
answer:We accept TT, PayPal, L/C, and other mainstream payment methods. Details will be confirmed before order processing.
question:Why can’t you supply discontinued models others have?
answer:We prioritize current inventory and quality control. Others may sell remaining stock or refurbished items, which we avoid to prevent risks.
question:Why do you charge a processing fee?
answer:The fee covers transaction handling costs to ensure secure, efficient payments. Fee structures are clarified upfront for transparency.

SEOQandA_Product

question:How to address inconsistent positioning accuracy with 5μm resolution?
answer:Ensure environmental stability (temperature/humidity control) and use vibration-damping mounts. Regularly calibrate the system using certified reference standards.
question:Motor overheating during 700mm travel operation?
answer:Verify load limits and duty cycles. Optimize acceleration/deceleration profiles. Ensure proper ventilation and check for mechanical binding in guideways.
question:How to reduce positional drift over full 700mm range?
answer:Perform linear compensation calibration across entire travel. Check for thermal expansion in mechanical components and use temperature-compensated encoders.
question:Unexpected resolution degradation below 5μm?
answer:Inspect encoder alignment and cleanliness. Verify electrical noise in signal cables. Update controller firmware and check interpolation settings.
question:Software communication errors during long travels?
answer:Update drive firmware and software drivers. Verify cable integrity for signal dropouts. Implement error-checking protocols in control software.