How to Choose 1605, 1610, 2005, or 2510 for Woodworking CNC

Start from the woodworking CNC axis and use

Common woodworking CNC ball screw models include 1605, 1610, 2005, and 2510. Do not buy only because another machine uses the model. Confirm table size, axis, load, machining speed, support span, and whether it is a replacement part.

Difference between 1605 and 1610

1605 is often suitable for smaller machines, lower speed axes, or cases that need more thrust margin. 1610 gives higher linear speed at the same motor speed, but thrust margin and resolution change, so replacement should not rely only on the same diameter.

2005 and 2510 fit larger structures

2005 usually gives more stiffness and thrust than 16 mm models, which helps woodworking CNC axes with higher load or longer support span. 2510 is often considered for longer travel or higher speed, but critical speed, support units, and shipping risk must be checked.

Do not choose the Z axis only for speed

The Z axis must consider spindle weight, vertical load, braking, and drop risk. A larger lead gives more speed, but thrust and holding behavior change. Z axis selection should prioritize load, accuracy, and safety margin.

Replacement and new machine RFQ are different

A replacement RFQ needs old part photos, overall length, thread length, end machining, and nut style. A new machine or distributor stock RFQ should state target axis, common lengths, quantity, packing, and whether matching nuts are needed.

Woodworking CNC RFQ checklist

Candidate models: 1605, 1610, 2005, 2510, or another diameter and lead.
Axis, travel, speed, load, support span, and whether the Z axis is mounted vertically.
Whether it is a replacement, and whether old part photos, end machining, support unit, and nut style should be reviewed.
Quantity, packing method, target lead time, and whether supply is by sample, standard part, or bar stock.

Typical buyer situations

This topic usually appears in distributor stocking, repair replacement, machine retrofit, automation projects, and drawing-based purchasing. If a buyer sends only one model number, the supplier cannot judge the real use, packing risk, or whether machining upgrades are needed.

Details to confirm before quotation

To reduce repeated questions, the RFQ should cover product specification, use case, and delivery expectations together. The following points can be copied into the RFQ form or email.

Purchase purpose: distributor stock, repair replacement, machine project, or sample testing.
Specification: diameter, lead, overall length, thread length, nut type, and quantity.
Machining: cut-to-length, end machining, and whether BK/BF, FK/FF, EK/EF, or other supports must be matched.
Delivery: target quantity, expected lead time, packing, labels, shipping method, and whether shipment photos are required.

Common mistakes

A common mistake is asking only for unit price without application, quantity, or packing details. Another is sending photos without dimensions. This turns quotation into guesswork and can create errors in end machining, nut matching, or long-part shipping.

Next step

If the specification is clear, submit an RFQ directly. If the model or accuracy grade is still uncertain, describe the machine use and old part details so the supplier can recommend a standard part, bar stock, cut-to-length, or end machining route.