Guide categories
Help buyers choose a suitable ball screw specification by machine use, accuracy requirement, speed, load, and budget.
Start with C7 when the drawing and machine do not require C5, then compare accuracy, cost, lead time, and RFQ details before selecting a grade.
Send accuracy requirements
Choose rolled or ground by the machine accuracy requirement, then compare cost, lead time, preload, and the RFQ details that affect the assembly.
Send accuracy and application requirements
Help buyers translate load and life targets into ball screw dynamic and static load requirements, and state equivalent load, average speed, and target life in the RFQ.
Send load and life requirement
Understand every part of a ball screw assembly — screw and nut, BK/EK bearing blocks, coupling, and nut housing — and describe them correctly in your RFQ.
Send component RFQ
Help buyers choose a ball screw accuracy class by positioning requirement and set acceptance criteria.
Send accuracy requirement
Help CNC machine buyers match ball screw lead, accuracy, and end interfaces to their machine condition.
Send selection parameters
Help buyers decide whether a C7 ball screw fits their machine and accuracy needs.
Send C7 RFQ
Help CNC, automation, and repair buyers choose 1605 or 1610 ball screws by speed, thrust, and positioning needs.
Send 1605/1610 requirements
Explain how 5 mm and 10 mm lead on a 20 mm ball screw affect speed, torque, load, and machine fit.
Send 2005/2010 requirements
Explain how preload affects backlash, rigidity, heat, and price, avoiding the mistake that tighter is always better.
Send preload and backlash requirements
Explain common CNC router lead selection by speed, thrust, control resolution, and axis use.
Send CNC lead requirements
Explain how 5 mm lead and 10 mm lead on a 25 mm diameter ball screw affect speed, thrust, and machine fit.
Send 2505/2510 requirements
Help machine project and repair buyers judge 3205 and 3210 risks in long travel, speed, load, and packing.
Send 3205/3210 requirements
Explain why larger lead increases speed but changes thrust and control margin, helping buyers confirm models before RFQ.
Send lead and speed requirements
Stroke sets the travel length, load sets the screw and rail size, speed with cycle time sets the lead, and accuracy sets the grade. State all four to get an accurate module quotation.
Send linear module parameters
Automation equipment buyers should not send only a model number; application parameters help the supplier judge specification, accuracy, lead time, and packing.
Send automation application parameters
Woodworking CNC machines often use 1605, 1610, 2005, and 2510, but selection should consider axis, speed, thrust, load, and installation space.
Send woodworking CNC selection details
Woodworking CNC dust affects ball screw life, so RFQs should state dust protection, lubrication, cleaning, and cover requirements early.
Send dust protection requirements
A linear module inquiry should describe the ball screw, slide, guide rail, motor connection, and repeatability together instead of quoting by model only.
Send linear module parameters
A vertical Z axis needs more attention to load, brake, and drop risk than a horizontal axis, so lead should not be selected by speed alone.
Send Z axis load and brake details
A CNC router ball screw upgrade should not be quoted by model only because motor type, lead, speed, torque, and coupling affect the usable solution.
Send CNC router upgrade parameters
Laser cutting machine ball screw selection should balance speed, accuracy, dust protection, and heat effect, so the RFQ should describe the application environment.
Send laser machine parameters
Packaging machine ball screw selection should consider repeated motion, cycle time, load, and maintenance conditions, so the RFQ should state the real running rhythm.
Send packaging machine motion detailsGuide categories
Send the model, length, quantity, application, or old-part photos. We will check the specification by the real use case.
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