Custom Bicycle Pivot Bolt Manufacturing

We manufacture drawing-defined shoulder bolts, pivot axles, flanged pivot components and threaded retaining parts for bicycle projects. Matching sleeves, spacers and nuts can be included where required. Existing examples help identify similar geometry, while your approved drawings define the dimensions, materials and interfaces of the parts we supply.

Our material scope includes aluminum, stainless steel and titanium. Projects can specify grades such as 7075 aluminum, 304 or 316 stainless steel, and titanium defined by the applicable TC4 or Grade 5 specification. State the material condition, finish and required records as well as the grade, so the quotation is tied to the complete order requirements.

Not automatically. A material change can require a different assessment of the part geometry, mating interfaces, finish and approved performance requirements. We can discuss manufacturing implications and alternative quotations, but the authorised design owner should approve any substitution and its required validation. A similar-looking bolt is not evidence that the materials are interchangeable.

Yes. We support development quantities, pilot builds and small-batch orders. Send the drawing or sample information and the quantity needed for the current stage. The quotation identifies the relevant preparation, tooling, machining, finishing and inspection requirements, rather than assuming that a development order must follow the same commercial structure as a repeat production batch.

Yes. Include expected production demand when requesting development parts so the manufacturing plan can consider both stages. Sampling, pilot builds and repeat production can be quoted separately. Any later change to geometry, material, finish or the agreed production route is handled through the project approval process rather than being introduced silently as quantity increases.

Order quantities are discussed for the individual part rather than applying one universal minimum to every pivot bolt. Material availability, setup, tooling and finishing batches influence the practical order arrangement. Tell us the quantity you need now and any later demand; we can then identify an appropriate sampling or production quotation for that scope.

A current dimensioned drawing is the most useful starting point. Include a 3D model where available, together with material, finish and quantity requirements. Mating-part drawings or an assembly section help explain the pivot interface. Identify the revision and any critical finished dimensions so the manufacturing and inspection discussion uses the same reference information.

Yes, a sample can start the discussion. It helps communicate geometry and assembly context, but it may not establish the original material, tolerances or performance requirements. The necessary production information should be measured, clarified and approved before manufacture is released. A worn sample also needs to be distinguished from the intended new-part dimensions.

The important features depend on the actual joint. Common inputs include shoulder diameter and length, seating faces, thread specification, usable engagement, and the relationship to sleeves or spacers. The approved drawing should identify the functional interfaces and finished requirements. We use that information to select an appropriate manufacturing and checking approach rather than assigning every feature the same tolerance.

Yes. Provide the drawings and quantities for each included component, plus the assembly relationship where available. Each part keeps its own material, revision and acceptance requirements even when quoted as a set. Identify whether quantities refer to individual pieces, matched pairs or complete kits, and distinguish supplied items from bearings or other parts shown only as references.

Specified finishing can be included in the project scope. Describe the required treatment, appearance, functional surfaces and final acceptance requirements rather than relying on a colour name alone. Threads, mating diameters and contact faces should be considered in their supplied condition. The appropriate process and any partner operations are defined with the manufacturing quotation.

The order can define the required material records, dimensional or thread inspection information, and batch identification. Any additional tests or reports are agreed for the part and supplied condition. The ISO 9001 certificate is available for supplier assessment within its stated scope; it does not replace the drawing requirements or validate the complete bicycle assembly.

Repeat orders should identify the part number and applicable drawing revision, together with the required material, finish and quantities. Changes are compared with the approved requirements, and their effect on samples, tooling or inspection is addressed through the agreed process. This avoids treating an old kit name or photograph as the complete instruction for a new production order.

The quotation depends on the material, geometry, quantity, preparation or tooling, finish, inspection scope and delivery requirements. State any quantities you would like compared, along with the sample and production timing. We can then separate relevant one-time costs and recurring part costs and provide a schedule for the actual order rather than a universal price or lead-time promise.