Cylindrical grinding services
Outside diameters, journals, shoulders, faces, bores, sleeves, bushings, and housings require clear reference and support intent. Share the drawing or sample context, material and hardness condition, starting geometry, grind stock, ground envelope, centre, chuck, bore, or other functional references, workpiece support, finished size, form, runout and surface requirements, sequence, inspection method, quantity, and timing so the request can be organized and a project path confirmed before acceptance.
Capability review
This page describes common request types. Available processes, equipment, tolerances, inspection, documentation, and fulfillment are confirmed for each quote.
Overview
Centered cylindrical grinding rotates the workpiece around a defined axis while an abrasive wheel addresses an outside, inside, shoulder, face, or profile surface. That makes the reference axis and workholding condition, centre geometry, bore or chuck reference, steady or other support needs, starting stock, material and hardness condition, grind sequence, finished size, roundness, cylindricity, straightness, taper, runout, surface texture, and inspection method part of one connected request. The files should define those relationships without assuming a setup, machine, achieved result, report package, fulfillment route, or availability before quoting.
Show which centres, journals, bores, chucked diameters, faces, shoulders, or other features establish the functional datum axis; identify centre condition, support-sensitive geometry, workpiece length, slender regions, and measurement support.
State the pre-grind diameter and form, stock allowance, material grade and hardness or heat-treatment condition, distortion or repair context, prior and following processes, coating sequence, retained features, and protected surfaces.
Separate diameter size from roundness, cylindricity, straightness, taper and datum-related runout; identify the surface-texture parameter, lay or direction when relevant, inspection method and condition, coverage, acceptance criteria, and documentation needs.
Fulfillment review
Requests are reviewed manually. The fulfillment route and availability are confirmed before acceptance.
Quote inputs
The quote form accepts private files or a written project description, plus optional process, material, material-source, quantity, and timing details. Select Cylindrical grinding when useful and describe the exact OD, ID, face, reference, surface, or inspection need.
Interactive request review
Select a review point on the fixed inspection image to see how the outside journal and shoulder, recessed bore, and reference journal connect to surface, access, datum, runout, and inspection intent.
Sample cylindrical-grinding review map
The fixed inspection view keeps the ground journal and shoulder, recessed bore, and reference journal visible together.
Illustrative example only; markers identify request-review areas, not original dimensions, material, achieved surface, runout result, inspection approval, process route, or capability.
Cylindrical grinding review
Select a review feature to see the details that help clarify the request.
The outside-diameter request should separate starting stock from the finished journal, shoulder or face relationship, surface requirement, and functional fit instead of treating diameter as the complete definition.
Helpful drawing detail
Show the starting and finished diameters separately, then identify the ground length, shoulder and relief geometry, fit, surface-texture requirement, geometric controls, and inspection method.
Capabilities
These examples help organize the starting point. Process fit, equipment fit, achievable requirements, workholding and support, material response, inspection scope, fulfillment, and availability are confirmed from the project files.
Shaft, spindle, roller, sleeve, pin, arbor, flange, journal, shoulder, face, seal-land, bearing-land, repair, and sample-led OD requests reviewed from the functional datum axis, centres or other reference, stock, material condition, support, access and relief geometry, size, form, surface, runout, sequence, and inspection intent.
Bore, bushing, sleeve, race, housing, taper, internal shoulder, recess, groove, face, and repair-related ID requests reviewed from the bore opening and depth, wheel access and quill access context, wall and workpiece support, datum relationships, stock, material condition, size, form, surface, sequence, and inspection requirements.
Traverse, plunge, local-width, stepped, tapered, relieved, shouldered, faced, contoured, and combined OD or ID requests reviewed from the full part profile, transition geometry, access direction, stock distribution, reference and support strategy, functional relationships, surface intent, and acceptance criteria.
Heat-treated, coated, plated, repaired, welded, built-up, worn, scored, bowed, distorted, customer-supplied, or sample-led parts reviewed from verified material and starting condition, available stock, retained and protected geometry, prior and following operations, repair or replacement intent, inspection method, documentation needs, quantity, and timing.
Quote workflow
A short, human-managed review keeps references, support, starting stock, material and sequence, finished requirements, inspection, and open questions visible before work is accepted.
Upload the model and drawing or clear sample photos, then add material and starting condition, stock allowance, OD, ID, face or profile scope, datum and runout relationships, support context, finished geometry and surface, sequence, inspection needs, quantity, and target timing.
Reference axis and workholding intent, centre or bore condition, support-sensitive geometry, wheel access and quill access, stock distribution, material and hardness, heat-treatment or coating sequence, size, form, surface texture, runout, and acceptance requirements are organized for follow-up.
Process fit, equipment fit, achievable requirements, workholding and support approach, material and sequence needs, inspection method and scope, fulfillment, timing, and remaining questions are resolved before acceptance.
The approved part definition, revision, functional references, material and starting condition, stock, finished size, form and surface, sequence, inspection criteria, documentation, and protected-surface notes become the reference point for project communication.
Request readiness
Clear reference, stock, support, geometry, surface, and acceptance intent is more useful than assuming a setup, result, or measurement approach.
State starting OD and ID, form, available grind stock and cleanup allowance, overall and ground length or depth, material and hardness condition, current wear or distortion, prior processes, and the final surfaces and relationships expected after grinding.
Identify the centre holes, journals, bores, chucked or collet diameters, mandrel surfaces, faces, shoulders, or other features intended to establish rotation and inspection; include centre condition, permitted contact, support surfaces, and features that cannot be altered.
Specify OD or ID size and tolerance separately from roundness, cylindricity, straightness, taper, circular or total runout, perpendicularity, and the datum axis or face that governs each relationship.
Provide transition radii, undercuts and reliefs, ground width, shoulder and face relationships, bore opening and depth, internal steps or tapers, wall thickness, long or slender regions, interrupted surfaces, steady-rest context, and protected areas.
Identify grade and condition, hardness or heat-treatment state, prior machining or buildup, distortion history, stock left for cleanup, and which features are established before or after any specified heat treatment, plating, coating, polishing, honing, or other operation.
Name the surface-texture parameter and limit, lay or direction when relevant, functional bearing, sealing, sliding or rotating relationship, inspection method, measurement support and condition, coverage or sampling, acceptance criteria, documentation needs, and protected-surface handling.
Materials
Grade, form, hardness or heat-treatment condition, starting geometry, grind stock, surface requirement, inspection scope, and availability are confirmed for each request.
Shaft, spindle, arbor, sleeve, bushing, punch, die, roller, journal, bore, wear-detail, repair, and replacement requests where grade, hardness or heat-treatment condition, starting form, stock, reference axis, support, surface, and inspection intent need review.
A2 · D2 · O1 · H13 examples
View materialShaft, spindle, journal, sleeve, bushing, housing, bore, seal-land, roller, and sample-led requests where the exact grade, current condition, OD or ID geometry, stock, references, support, surface, sequence, and inspection requirements belong in the review.
303 · 304 · 316/316L examples
View materialHousing, body, sleeve, bushing, ring, bore, journal, spindle-support, repair, and replacement requests where casting grade and condition, porosity or repair context, starting geometry, stock, wall support, references, surface, and inspection needs require review.
Gray · ductile · compacted graphite examples
View materialBushing, sleeve, spindle detail, shaft, fitting, ring, bore, journal, seal-interface, and sample-led requests where alloy, stock form, starting condition, OD or ID geometry, support, surface, edge, handling, and inspection requirements need review.
C360 · C464 · C260 examples
View materialContinue exploring
Review straight or profiled cylindrical work without a centred or chucked reference, including feed route, grinding and regulating wheel relationship, work-rest support, stock, surface, form, and inspection requirements.
Review starting diameters, journals, shoulders, reliefs, grooves, threads, bores, faces, stock allowance, centre features, datum relationships, and sequence before a finishing operation.
Review broader outside, inside, planar, bore, surface, stock, finish, form, sequence, and inspection requirements for finishing requests.
Review diameter, form, surface texture, datum axis, runout, measurement condition, support, coverage, acceptance criteria, and documentation requirements as part of the request.
Review rod, gland, barrel, piston, bore, journal, wear, damage, seal-interface, surface, straightness, repair, replacement, and inspection context for hydraulic components.
See common shaft, spindle, journal, roller, sleeve, bushing, housing, bore, wear-component, repair, replacement, and inspection request contexts for machinery and equipment.
FAQ
Upload a STEP or STP model and matching PDF drawing when available, or clear sample photos with scale. Add material grade and condition, starting OD and ID, grind stock, ground length or depth, journals, shoulders, faces, bores, reliefs and profiles, functional datum axis and workholding intent, centre or bore condition, support context, finished size, roundness, cylindricity, straightness, taper, runout, surface texture, sequence, inspection method, quantity, and timing. Select Cylindrical grinding in the optional process field when useful.
An OD request addresses an outside cylindrical, journal, shoulder, face, taper, or profile surface. An ID request addresses a bore, internal shoulder, taper, recess, groove, or related inside feature. Each needs its own access, stock, reference, support, size, form, surface, sequence, and inspection definition; process and equipment fit are confirmed during review.
Identify which centre holes, journals, bores, chucked or collet diameters, mandrel surfaces, faces, shoulders, or mating features establish the functional datum axis. State circular or total runout separately from size, roundness, cylindricity, straightness, taper, and perpendicularity, then identify the inspection support and measurement condition.
The starting OD or ID, available stock, material and hardness condition, heat-treatment or coating sequence, wear or distortion, wall thickness, workpiece length, slender regions, centre condition, bore access, support surfaces, and protected features affect how the request can be referenced and reviewed. Share the pre-grind condition instead of defining only the final size.
State the surface-texture parameter and limit, lay or direction when relevant, functional contact area, size and form controls, datum and runout relationships, inspection method, measurement support and condition, coverage or sampling, acceptance criteria, and documentation needs. Achievable requirements and inspection scope are confirmed from the project files during quote review.
Requests are reviewed manually. The fulfillment route and availability are confirmed before acceptance.
Start with the files you have
Share the part model and drawing or sample context, material and starting condition, grind stock, OD, ID and face scope, reference and support intent, finished size, form and surface requirements, sequence, inspection method, quantity, and timing. Pearson will follow up on the details that still need confirmation.
Request a grinding quote
