Custom Forging Services
Custom forging and CNC machining for load-bearing metal components. We review material, geometry, mechanical properties and order quantity to plan a suitable manufacturing route, from sample development to production batches.
DFM
DFM Review Before Tooling and Production
Material
Carbon steel, alloy steel, stainless steel, aluminum and brass. Other alloys are reviewed on request.
Quantity
Sample development, first articles and production batches. Batch size and tooling requirements are reviewed for each project.
Process & Finish
Heat treatment, CNC machining and material-appropriate surface finishing, coordinated from forging to finished part.
Start A Forging Parts Quote
Secure & Confidential
Upload Your CAD Files
Send us your CAD files and requirements — our engineers review the forging design, material and process options, and send back a clear quote within 24 hours.
STEP / STP / IGES / SLDPRT / IPT / PRT / PDF drawings
- No MOQ required. All uploaded files are secure and confidential. Engineering response within 24 hours. NDA available upon request.
A More Reliable Way to Source Custom Forged Parts
Tik Precision coordinates forging review, tooling, production, required heat treatment, CNC machining and inspection to help you source finished parts that meet your drawing requirements.
Coordinated Support from Forging to Finished Parts
We review material grade, forging geometry and machining allowances before production, then coordinate forming, machining and inspection around your dimensional and mechanical requirements.
Forging DFM Review
Review material grade, geometry, section transitions, forging method and machining allowances before production.
Forging & CNC Machining
Coordinate forged blank production, required heat treatment and CNC machining to achieve specified fits, mounting features and surface finishes.
Quality & Delivery Support
Coordinate material verification, dimensional inspection, agreed documentation and protective packaging for production and repeat orders.
DFM Review
Drawing & Material Review
Review drawings, material grade, forging feasibility and machining allowances. Confirm tooling and mechanical property requirements before production.
Forging
Forged Blank Production
Prepare and heat the billet for hot forging, then press or hammer it into shape. Complete trimming, heat treatment and surface cleaning as required.
CNC Machining
Critical Feature Machining
CNC-machine the prepared forging to produce specified bores, threads and mounting faces, meeting drawing tolerances and surface roughness requirements.
Quality Inspection
Final Verification & Records
Verify specified dimensions, hardness and surface requirements. Prepare agreed inspection records and protect finished parts for shipment.
Review
Evaluate drawings, material, wall thickness, tolerance and casting process requirements.
Tool & Cast
Select suitable casting process, tooling approach and production method.
Finish & Inspect
Control CNC post-machining, surface finish, dimensions and batch consistency.
Deliver
Package, document and support repeat casting production needs.
Custom Forged Components
Custom forged components with CNC machining for precision fits, mounting features and assembly requirements. Material, geometry and order quantity are reviewed for each project.
Forged Sprocket Segments
Forged sprocket segments for chain-driven equipment, with machining of mounting holes and mating surfaces to drawing requirements.
Component Features
- Segmented tooth profiles
- Mounting holes
- Curved body geometry
- Machined mating surfaces
Custom profiles and mounting dimensions
Forged Shaft Blanks
Stepped shaft blanks with forged profiles and machining allowances for subsequent CNC turning, milling and finishing.
Component Features
- Stepped profiles
- Raised shoulders
- Square end sections
- Machining allowances
Prepared for further precision machining
Forged Connecting Rod Blanks
Forged connecting rod blanks with a recessed body and an open-end profile, ready for further machining to your drawing.
Component Features
- Recessed body
- Open-end profile
- Forged reinforcing ribs
- Machining allowances
Finished to your assembly requirements
From CAD File to Finished Forging Parts
A clear overview of how your Forging project moves through Tik Precision, from CAD review and process selection to tooling, Forging, CNC finishing, inspection and delivery.
Send CAD Files
Share CAD files, drawings, material, quantity, tolerance, surface finish and post-machining requirements.
Output: clear forging project information for review.
Forging DFM Review
Our team reviews forging feasibility, wall thickness, draft angle, material choice, tooling risks and CNC finishing needs.
Output: practical DFM notes and process recommendation.
Tooling, Forging & CNC Finishing
Parts move through tooling, forging production, deburring, CNC post-machining, surface finishing and key inspection points.
Output: controlled forging parts with finished critical features.
Inspect, Ship & Support
Finished forging parts are inspected, packed, shipped and supported for first articles, production batches or repeat orders.
Output: delivered parts, inspection records and reorder support.
Designed for engineering and purchasing teams that need casting feasibility review, controlled production and clear project visibility.
Quality Assurance Built Into Every CNC Machined Part
From material verification to final dimensional inspection, Tik Precision uses controlled inspection steps and precision measurement equipment to keep parts consistent before shipment.
Incoming Material Check
Material certificates, visual checks and requirement review before machining starts.
In-Process Control
First article checks, patrol inspection and process monitoring during machining.
Final Dimensional Inspection
Critical dimensions, surface finish, function and cosmetic requirements are verified.
Outgoing & Shipping Verification
Packaging, labeling, report generation and shipment readiness are checked before dispatch.
Industries We Serve
Forging Solutions for Industrial Applications
We support industries that need durable cast metal parts, complex housings, structural components and CNC post-machined features with reliable batch consistency.
Aerospace / Model Aviation
- Lightweight cast housings
- Structural brackets and mounts
- Functional prototype castings
- CNC-finished critical surfaces
Energy & Power
- Power equipment housings
- Heat dissipation components
- Mounting bases and covers
- Cast parts with CNC finishing
Medical Devices
- Device housings and covers
- Equipment brackets
- Non-implant metal components
- Inspection-ready cast parts
Electronics & Semiconductor
- Die-cast electronics housings
- Heat sinks and thermal parts
- Equipment frames and covers
- Precision post-machined features
Robotics
- Robot joint housings
- Motor and sensor covers
- Cast mounting brackets
- CNC-finished assembly features
Optics & Instruments
- Instrument housings
- Optical equipment covers
- Mounting bases
- Precision cast brackets
Automotive
- Automotive brackets
- Lightweight aluminum housings
- Structural cast components
- CNC-finished mounting surfaces
Industrial Machinery
- Machinery housings
- Pump and valve bodies
- Durable cast components
- Medium-volume industrial parts
Not sure if your part is suitable for Forging?
Send your drawing, material, quantity and application. Our engineers will review forging feasibility, process selection and CNC finishing requirements.
Forging Services FAQs
Find answers about forging suitability, materials, tooling, batch size, machining, inspection and lead times.
BEFORE YOU REQUEST A QUOTE Questions About Custom Forging
Review the key factors that affect forging feasibility, tooling investment, subsequent machining and project delivery before sending your inquiry.
锻造是利用压缩力将固体金属成形，而铸造则是通过将熔融金属在模具中凝固来形成零件。锻造可以改善晶粒流向和机械性能，而铸造则更适合加工复杂的型腔和形状。合适的工艺取决于材料、几何形状、性能要求和数量。
我们审核碳钢、合金钢、不锈钢、铝和黄铜锻造项目。材料的适用性取决于钢种、零件几何形状、所需性能和可用的生产工艺。其他合金可根据要求进行评估。
Lead time depends on material availability, tooling requirements, part complexity, heat treatment, machining and quantity. We confirm tooling, sample and production schedules separately during quotation.
We define inspection requirements during project review and apply material verification, first article checks, in-process inspection and final verification as agreed. CMM measurement is used for applicable critical features, with records maintained for traceability.
Consider forging when load-bearing performance, fatigue resistance or material utilization makes it suitable for your part. Direct CNC machining may be more economical for small quantities or designs that do not justify forging tooling. Forging and CNC machining are often combined to achieve final dimensions and assembly features.
Small-batch projects are reviewed individually. Feasibility and pricing depend on material, geometry, forging method and tooling investment. We can compare a forged blank plus machining route with direct CNC machining where appropriate.
锻造后的表面状况会因材料、锻造方法、模具和清洁程度而异。指定的表面可以进行机械加工或研磨，以达到约定的粗糙度要求。请在图纸上标明功能表面和Ra要求。