AI-assisted studio viewcs-product-031
Sensor base sleeve
A stainless steel sleeve with a long tubular body and stepped end features. Review the sensor envelope, mounting interface and required sealing details for your design.
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AI-assisted Chengshuo store illustration — geometry reference, not a production photograph.
Bushings & rings / cs-product-050
Displacement probe guide sleeve
A guide-sleeve reference for moving probe assemblies. Define the bore, mounting fit and retaining grooves together so the probe has the intended clearance after installation.
- Material shown
- Stainless steel
- Process reference
- Swiss turning, reaming, grooving and edge finishing
- Manufacturing model
- Custom, made to drawing
- Dimensions & tolerances
- Defined by your approved drawing
Key geometry & review priorities
- Axial guide bore
- End retaining grooves
- Thin-wall tubular body
Reference example, not a stocked standard part. Quote and feasibility require your specification.
Download review brief
Drawing priorities
Review the guide bore in its installed condition
The sleeve locates in a housing while the probe moves inside it. Both interfaces affect the drawing review; a loose-part bore reading alone does not verify the assembled motion.
- Define the probe diameter, guide length and required clearance. State the bore finish and any straightness or alignment controls on the drawing.
- Specify the housing fit, wall thickness and retaining-groove dimensions. Agree whether bore size is checked before or after installation.
- Identify entry edges and cleanliness requirements. Agree sample readings and an assembly-motion check; sensor accuracy and repeatability need separate validation.
BEFORE YOU RELEASE THE DRAWING
A practical next step.
Use these guides to define the records and checks your component needs.
Surface Roughness on Turned Parts: Specify Ra, Rz and the Measurement
Define the functional surface, texture parameter, measurement direction and accessible evaluation length before comparing roughness results on shafts and sleeves.
Small Deep Holes: Define Usable Depth, Tool Access and InspectionPrepare a clearer small-hole machining brief by separating full-diameter depth from drill-point depth and agreeing how internal requirements will be verified.
THE FEATURES TO LOOK AT
A closer look
at this component.
A guide-sleeve reference for moving probe assemblies. Define the bore, mounting fit and retaining grooves together so the probe has the intended clearance after installation.
Chengshuo Alibaba product listing01
Axial guide bore
02
End retaining grooves
03
Thin-wall tubular body
DEFINE YOUR PART
What needs to
be in your drawing?
Reference images explain geometry. Your approved drawing and agreed inspection records establish dimensions, material and acceptance requirements.
- Bore, outside diameter and fit
- Wall section and distortion-sensitive areas
- Finish, edge condition and inspection access
- Drawing number, revision, units and material grade.
- Surface treatment, sample quantity and repeat-order needs.
01 / REVIEW
Resolve the requirements.
Share your drawing and the features that affect function. Agree material, process scope, inspection and commercial conditions.
02 / SAMPLE
Define what approval means.
Agree the sample quantity and measurements or assembly checks required for acceptance. Record the drawing revision used.
03 / REPEAT
Control the next order.
Retain the approved specification and packaging requirements. Review design, material or finish changes before repeat production.
Questions before
your drawing review.
Can you change the dimensions or material?
This is a custom component example. Submit your required geometry and exact material grade for feasibility review; the reference image is not a fixed catalogue specification.
What quantity and lead time should I plan for?
Include both sample and production quantities plus your target date. The quotation confirms the agreed scope, price and schedule after review.
Can I send confidential drawings?
If your project needs an NDA, contact Alen before uploading confidential files. Website submission itself does not create a confidentiality agreement.
Related geometries.
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AI-assisted studio viewcs-product-028
Shaft positioning collar
Compact collars with a central bore and radial fixing features. Define the shaft diameter, axial location and fastening method before specifying your version.
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AI-assisted studio viewcs-product-023
Stainless steel tube components
Stainless steel tube forms with open bores. Define the wall thickness, length and hole placement to review a similar component.
Explore componentFROM EXAMPLE TO YOUR REQUIREMENT
Found something
close to your part?
Send your drawing
Use an example to explain your idea.
Your own drawing defines the final specification.
FROM COMPONENT TO PROJECT
Review the evidence. Define your part.
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