
Stainless steel main shaft
A stainless steel shaft with diameter changes, shoulders and circumferential grooves. Define the mating fits and the surfaces that control alignment.
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Shafts & pins / cs-product-021
Request an internal thread guide pillar against your drawing, mating components and sample plan. This stainless steel reference shows a long guide body, a stepped collar and an internal threaded opening; agree the grade, dimensions and delivered condition for your own part.
Reference example, not a stocked standard part. Quote and feasibility require your specification.
Download review briefDrawing-led purchasing
Show the mating guide bore and the assembly section that establishes the pillar position. Identify the working length, entry direction and surfaces that provide guidance. Define the limits on the controlled drawing and give each feature a reference for the quotation.
Locate the collar and its seating face relative to the guide surface. Show any adjacent clearance, edge condition and assembly access. If the guide slides in a bushing, provide the mating part drawing or interface limits for review.
Identify the thread standard, size, pitch, tolerance class, usable full-thread depth and the mating screw. For a blind tapped hole, distinguish the thread runout, drilled depth and clearance at the bottom. Give the assembly team a clear engagement requirement.
Review the blind tapped hole guide when setting the usable depth. The screw, assembly procedure and any locking feature should be listed separately when they are included in the requested supply.
The shown reference identifies stainless steel. Specify your actual grade and material condition on the released drawing, together with any surface treatment and the dimensions that apply in the delivered state. Ask for the material or treatment records required by the order.
Do not rely on a visual reference to set a grade or finish. If an alternative is proposed during quotation, keep it as a separate decision and update the controlled specification before sample approval.
Name the guide diameter, useful length, collar location and thread characteristics that need recorded results. State the drawing datums and inspection condition; discuss access, part support and the thread gauge or method with the supplier.
If a fit or assembly trial is required, identify the mating bushing and fastener, installation condition, procedure and acceptance owner. Use the inspection requirements guide to include those deliverables in the quotation.
Send the same drawing revision, quantities, material grade, final condition and required records to each potential supplier. Distinguish the guide pillar itself from separately identified hardware or assembly work, and ask for proposed alternatives and exclusions.
Record the accepted sample and any approved change before a repeat order. Compare a related stepped shaft reference for shoulder and guide geometry, then send the controlled files through the drawing-led enquiry.
| RFQ item | Specify before quotation | Record with the order |
|---|---|---|
| Guide interface | Diameter, length, mating bore and assembly orientation. | Feature IDs and specified measurements. |
| Collar | Location, seating face, clearance and edge condition. | Drawing references and agreed checks. |
| Internal thread | Standard, pitch, tolerance and usable full-thread depth. | Agreed thread check and mating screw. |
| Material | Stainless grade, condition and any final treatment. | Material and treatment documents requested. |
| Sample | Quantity, feature results and any trial with mating parts. | Sample identity, revision and acceptance decision. |
| Repeat order | Approved revision, packaging and change notification. | Release baseline and approved changes. |
The published reference identifies stainless steel. Specify the actual grade, material condition and any treatment for your own drawing before quotation.
Provide the guide diameters and lengths, collar location, seating face and internal thread. Include the mating bore and the drawing references that control assembly.
State the thread standard, pitch, tolerance class and usable full-thread depth. Distinguish the thread runout and drilled bottom clearance from the required engagement.
Identify the bushing and its drawing or interface limits, the intended assembly condition, the trial procedure and who accepts the result. List it separately in the requested supply scope.
List the guide, collar and thread characteristics that need results, with the applicable drawing revision, datums, measurement method and sample identity.
Include sample and production quantities and your target date in the RFQ. The quotation confirms the reviewed scope, required records and schedule for that order.
BEFORE YOU RELEASE THE DRAWING
Use these guides to define the records and checks your component needs.
Separate full thread length, tap runout and drilled depth so a screw can develop the intended engagement without bottoming out.
Compare Machining Quotes with a Line-by-Line Scope WorksheetNormalize sample, first-release and repeat-order costs while checking inspection, finishing, packing and delivery assumptions before choosing a machining supplier.
A Useful Inspection Record for Small Turned PartsBuild a report that connects each shaft, sleeve or pin measurement to the drawing revision, sample identity and agreed inspection method.
A Revision Checklist Before Reordering Machined PartsCompare the new order with the approved sample baseline, resolve changed requirements and record which revision each production lot must follow.
THE FEATURES TO LOOK AT
A stainless steel guide pillar with a long cylindrical body and stepped end features. Define the guide diameter, shoulder position and thread engagement for your drawing.
Original Chengshuo product referenceDEFINE YOUR PART
Use the released drawing to identify the guide, collar, thread, material condition and feature-level records requested with the order.
Share your drawing and the features that affect function. Agree material, process scope, inspection and commercial conditions.
Agree the sample quantity and measurements or assembly checks required for acceptance. Record the drawing revision used.
Retain the approved specification and packaging requirements. Review design, material or finish changes before repeat production.

A stainless steel shaft with diameter changes, shoulders and circumferential grooves. Define the mating fits and the surfaces that control alignment.
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Brass pillar and contact forms with several diameter steps. Share the mating dimensions, engagement length and electrical requirements for your own component.
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A stepped shaft identified as copper in the source, with collars and narrow grooves. Specify the actual alloy and mating diameters in the drawing.
Explore componentFROM EXAMPLE TO YOUR REQUIREMENT
Use an example to explain your idea.
Your own drawing defines the final specification.
FROM COMPONENT TO PROJECT
Start with the component geometry, then check what the drawing, sample and order records need to establish for your own part.
Send the current drawing with quantities and critical requirements. The review is the starting point for agreeing scope, quotation and sample approval.
Request a drawing review