Application decision table
| Woodworking CNC need | Practical model direction | What to confirm |
|---|---|---|
| Small router or light axis | 1605 or 1610 | Balance speed, thrust, and motor torque. |
| Heavier gantry or longer travel | 2005 or 2510 | Check support span, critical speed, and packing length. |
| Z axis | Lower lead, brake plan, thrust margin | Reduce drop risk and improve holding safety. |
| Dusty woodworking CNC | Dust protection, cover, lubrication | Protect nut seal and service life. |
RFQ checklist
- Machine type, axis, travel, table size, load, and target speed.
- Candidate models: 1605, 1610, 2005, 2510, or current old-part model.
- Motor plan: stepper motor or servo motor, torque, coupling, and mounting space.
- Application details: cutting load, dust condition, Z axis use, lubrication, and protection cover.
- Quantity, accuracy expectation, support units, packing, and delivery target.
Send us your woodworking CNC parameters
Send weimute the axis, travel, speed, thrust concern, motor plan, and current model if available. Our manufacturing and sales team can suggest a model direction and quote standard parts, replacement screws, or end-machined parts.
FAQ
Should I choose 1610 for higher speed? Only if the motor torque, thrust margin, and machine load support the larger lead. See 1605 vs 1610 ball screw for the detailed lead comparison.
Is 2510 always better than 2005? No. Larger lead can increase speed but may reduce thrust margin and resolution, especially on heavier axes.
Next step
Turn this guide into an RFQ
When the specification direction is clear, send the details below together with quantity, lead time, and packing requirements.
Include these details
- Model, diameter, lead, accuracy grade, or target application.
- Load, speed, travel, mounting method, and matching rail or support-unit needs.
- Quantity, lead time, packing, and whether inspection records or shipment photos are needed.
Category
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