01 / ENGINEER
Drawing & material review
Review geometry, service conditions, material grade, tolerances and annual demand before selecting the manufacturing route.
OUTPUT / TECHNICAL REVIEW
Manufacturing capabilities
Custom Metal ForgingDrawing-based components.
Custom Metal ForgingDrawing-based components.
From forming to final requirements.
Our current work includes bicycle- and scooter-related forged parts. Send your drawing, material specification and quantity for a manufacturing review. Motorcycle and automotive examples below show further applications to evaluate.
FORGING PROCESS · REFERENCE IMAGE
01Drawing-led engineering 02Material & process planning 03Critical-feature inspection 04OEM project support
Engineered from the inside out
What is custom
What is custom
metal forging?
Custom metal forging shapes solid metal under compressive force to produce a component based on its drawing. Material selection, die geometry, forming conditions and subsequent operations determine the final part requirements.
For bicycle and scooter components, details matter: mating geometry, transition radii, machining allowance and surface condition. Start with a drawing review that connects the forging blank to the finished component.
See the quality planning approach ↗Process reference: Forging Industry Association — process comparison ↗
Materials, geometry & finishing
Define the part.
Define the part.
Then confirm the route.
A forging quotation starts with the application and drawing. The following items are reviewed per project rather than promised as universal factory limits.
| Requirement | What to provide | What to confirm |
|---|---|---|
| Material & condition | Required alloy grade, material standard and final condition. | Grade suitability, material availability and any heat-treatment route. |
| Geometry & dimensions | Current 2D drawing or 3D model, overall size, part mass and mating features. | Forming feasibility, die design, machining allowance and equipment suitability. |
| Tolerances & surfaces | Critical dimensions, datums, threads, surface roughness and finish specification. | As-forged acceptance criteria and features requiring secondary machining. |
| Quality documentation | Material records, dimensional report, mechanical tests or NDT required by the specification. | Inspection methods, sampling, traceability and sample approval criteria. |
| Volume & delivery | Sample quantity, order quantity, annual demand and destination. | Tooling cost, MOQ, sample timing, production schedule and packing. |
Aluminum forging and steel forging: confirm the grade first
Aluminum and steel alloys appear in the industry applications on this page. A reference part does not establish the material or process for your design. Specify the exact grade and condition so suitability can be evaluated against the actual production setup.
From drawing to production
The custom forging
The custom forging
manufacturing process.
A proposed manufacturing route for custom forged components, including bicycle and scooter-related parts. Final processes and availability are confirmed during technical review.
02 / FORM
Tooling & forging
Plan die parting, draft and machining stock. Select hot or cold forming conditions where appropriate to the alloy, geometry and available equipment.
OUTPUT / FORGED BLANK03 / REFINE
Trim, treat & machine
Specify flash trimming, heat treatment, cleaning and secondary machining according to the functional needs of the component.
OUTPUT / FINISHED GEOMETRY04 / VERIFY
Inspect & release
Agree inspection criteria, documentation and packaging. Review samples before repeat production is released.
OUTPUT / AGREED RECORDSForging applications
Forged bicycle
Forged bicycle
and scooter components.
Our work includes bicycle- and scooter-related forged parts. These component families illustrate documented industry uses of forging and provide a starting point for your drawing review.
Crank arms
Forged crank arms are established bicycle applications, including solid and hollow designs. For a drawing review, identify pedal threads, spindle interfaces, machining stock and the required fatigue tests. Hollow-forged designs require a specific process and are not assumed to be available.
Discuss this part ↗
Handlebar stems
Selected aluminum stems use shape forging followed by finishing operations. Review handlebar and steerer interfaces, clamp geometry, bolt locations and dimensional requirements.
Discuss this part ↗
Scooter forks
Some freestyle scooter forks use forged aluminum construction. Define steerer geometry, axle bores, offset, wheel clearance and the required validation for the intended model.
Discuss this part ↗
Handlebar clamps
Forged aluminum handlebar clamps are used on selected scooter models. Discuss bore size, clamping geometry, bolt threads, surface finish and assembly requirements.
Discuss this part ↗Application reference images, not photographs of our production history. Product specifications and manufacturing requirements are subject to the approved drawings.
Industry references for these forging applications
Independent examples from manufacturers: Shimano — hollow-forged crank arms ↗; Ritchey — forged stem ↗; TILT — forged scooter fork ↗; Blunt & Envy — forged clamp ↗. References explain industry use; no affiliation or supply relationship is implied.
Further forging applications
Motorcycle forging
Motorcycle forging
application examples.
Documented industry applications for future project discussions. Specific motorcycle parts are subject to capability review and are not presented as our existing production references.
Triple clamps / yokes
Selected motorcycle designs use forged upper or lower triple clamps. Review fork-bore spacing, steering-stem interface, clamp geometry and required machining.
Review this application ↗
Clutch lever bodies
Forged aluminum clutch lever bodies are documented industry applications. Discuss pivot bores, cable interfaces, lever geometry and model-specific validation.
Review this application ↗
Footpegs
Selected motorcycle footpegs use forged aluminum followed by machining. Review mounting geometry, pivot features, grip surfaces and the specified load tests.
Review this application ↗Application reference images, not photographs of our production history. Product specifications and manufacturing requirements are subject to the approved drawings.
Motorcycle industry references
KTM — forged triple clamps and other selected chassis components ↗; Brembo — forged clutch lever body ↗; Harley-Davidson — forged footpegs ↗. Independent references only; no affiliation or supply relationship is implied.
Automotive forging applications
Automotive forging
Automotive forging
application examples.
Industry examples for technical discussions. Automotive supply suitability depends on the actual component, equipment, customer approval and quality requirements.
Control arms
Selected automotive control arms use forged aluminum or steel. Review bushing bores, joint interfaces, machining datums and the specified dimensional and fatigue requirements.
Review this application ↗
Connecting rods
Forged steel connecting rods are established engine applications. Discuss big- and small-end geometry, material condition, machining requirements and the validation plan.
Review this application ↗
Ball joint housings
Some ball joint designs use forged steel housings. Review socket geometry, machining allowance, heat-treatment requirements and the interface to the suspension assembly.
Review this application ↗Application reference images, not photographs of our production history. Product specifications and manufacturing requirements are subject to the approved drawings.
Automotive industry references
ZF / TRW — forged aluminum and steel control arms ↗; Eagle — forged steel connecting rods ↗; Mevotech — forged steel ball joint housing ↗. Independent references only; no affiliation or supply relationship is implied.
Confidence comes from evidence
Quality planning
Quality planning
for custom forged parts.
Make acceptance criteria part of the conversation from day one. An agreed quality plan connects your drawing to the records needed for approval.
Bicycle-related parts Scooter-related parts Motorcycle applications Automotive applications Custom forged components
Before approval, confirm the equipment relevant to your part, applicable certificates, sample inspection records and whether each operation is completed in-house or by a production partner.
Material identity & traceability
Specify material grade, certificate requirements and how batch identification should be maintained.
First-article dimensional approval
Identify critical dimensions, agreed measurement methods and the sample approval process.
Properties matched to the application
Define hardness, mechanical tests or non-destructive testing where the specification requires them.
Controlled release & packaging
Agree document requirements, surface protection, labeling and packing before shipment.
Before you source
Custom forging:
Custom forging:
frequently asked questions.
The details that help turn a forging inquiry into a practical manufacturing discussion.
What do you need to quote a custom forged component?
Provide a 2D drawing or 3D model, material grade, quantities, critical tolerances, surface finish, heat treatment and inspection requirements. Include the destination and target delivery schedule.
Which bicycle, scooter, motorcycle and automotive parts can be forged?
Documented examples include bicycle crank arms and stems; selected scooter forks and clamps; motorcycle triple clamps, clutch levers and footpegs; and automotive control arms, connecting rods and ball joint housings. Manufacturing methods vary by model. Confirm the route and production suitability for the specific drawing.
What is the difference between forging, casting and CNC machining?
Forging forms solid metal under compressive force. Casting forms a part by solidifying molten metal in a mold. CNC machining removes material to create features and dimensions. These routes can be combined: a forged blank may be machined to finish bores, threads and other critical interfaces. Choose the route around the design and production requirements.
Do all of these product examples use the same forging process?
No. Different alloys and component geometries may require different tooling, forming temperatures and finishing operations. The examples show selected industry uses of forging; they do not establish that every model is forged or that every illustrated process is available for a project.
Can forging achieve finished-part tolerances?
As-forged tolerances depend on geometry, alloy, tooling and process. Precision interfaces may require machining. Define critical dimensions during drawing review.
What are the MOQ and lead time?
Minimum order quantity and lead time depend on tooling, geometry, material availability, production quantity and inspection requirements. Ask for separate schedules for tooling, first samples and repeat production during quotation.
Can I review factory capability before ordering?
Ask for verified equipment specifications, applicable certifications, relevant sample reports and a factory review. Confirm whether each operation is performed in-house or by an approved partner.
Forging project inquiry
Prepare your custom
Prepare your custom
forging RFQ.
Prepare a clear RFQ for a more useful technical conversation.
- Application, part name and drawing revision
- Material specification, order quantity and annual demand
- Critical dimensions and required tests
- Finishing, packing and delivery requirements
DRAWING-BASED REVIEW · SPECIFICATIONS CONFIRMED PER PROJECT
Discuss your forging project
Send your current drawing, material grade, quantity and inspection requirements for review.
info@fanxitech.com
mike@fanxitech.com
Use the website contact page to submit your inquiry, or email your project details directly.
