Professional Custom Forging Services & Solutions
Hot, Warm & Cold Forging
We provide forging services for a range of industrial components. The process improves material density and grain structure, which can increase strength and fatigue resistance compared to cast parts.
- Forging and Metal Casting Services
- Low-Pressure, High-Pressure and Gravity Forging
- Forging+ CNC Machining Support
- Aluminum, Zinc, Steel, Iron, Copper and Alloys
- DFM Review Before Tooling and Production
- One-Stop Quality Control and Delivery Support
3 Processes
Low-warm / high-warm / gravity Forging
CNC Finish
Post-machining for critical features
QC
Material, dimension and batch inspection
What We Need for an Accurate Quote
To review your Forging project quickly, please send your CAD file, target material, Forging process, quantity, tolerance requirements, CNC post-machining needs and surface finishing requirements.
CAD File
STEP, STP, SLDPRT, IPT, PRT, SAT or PDF drawings are preferred.
Material & Alloy
Aluminum, zinc, steel, iron, copper, magnesium or custom casting alloys.
Quantity
Prototype samples, first articles, medium-volume or repeat production quantities.
Post-Processing
CNC machining, deburring, polishing, coating, plating, painting or custom finishing.
Upload Your Project Details
Secure & Confidential
Start Your Forging Quote
Upload your CAD file, drawings, material, quantity, tolerance and post-processing requirements. Our engineering team will review casting feasibility, tooling risks, CNC finishing needs and provide a clear production quote.
STEP / STP / SLDPRT / IPT / PRT / SAT / PDF
Submit Forging Details
Send CAD files, material, casting process, quantity and finishing requirements.
Forging DFM Review
We check casting feasibility, tooling risks, wall thickness, tolerance and CNC finishing needs.
Receive Production Quote
Get tooling, lead time, unit cost and production suggestions from our team.
All uploaded files are kept secure and confidential. NDA support is available upon request.
A More Reliable Way to Source Custom Cast Metal Parts
Instead of only providing raw Forgings, Tik Precision combines Forging process review, tooling coordination, CNC post-machining, inspection control and delivery support as one controlled manufacturing system.
From Forging review to finished metal parts, every step is controlled.
Tik Precision helps reduce casting project uncertainty before tooling and production start, especially for complex geometry, material selection, CNC finishing and batch consistency requirements.
Forging Process Review
Review part geometry, material, wall thickness, draft angle and process suitability before tooling starts.
Forging + CNC Finishing
Combine casting production with secondary CNC machining, deburring, surface finishing and critical feature control.
Quality & Delivery Control
Support material checks, dimensional inspection, batch consistency, packaging and repeat order delivery.
DFM
Forging feasibility review
Before tooling starts, we review wall thickness, draft angle, material and geometry risks.
CNC Finish
Critical feature machining
Secondary machining helps control holes, threads, sealing surfaces and tight tolerance areas.
Material
Alloy matching
Support aluminum, zinc, steel, iron, copper and selected custom casting alloys.
QC
Batch consistency
Inspection records, material checks and dimensional reports help support repeat production.
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.
Advanced Forging Capabilities for Custom Metal Parts
Tik Precision offers integrated custom forging and precision machining solutions, from raw forgings to finished components, helping reduce supplier coordination and improve quality control.
Hot forging
Performed above the recrystallisation temperature. Used for complex shapes and materials that require significant deformation.
Best For
- Aerospace structural parts
- Machinery housings
- Automotive lightweight components
- Functional prototypes
High porosity · Strong structural integrity
Warm forging
Carried out at intermediate temperatures. Offers a balance between formability and dimensional control.
Best For
- Electronics housings
- Heat sinks
- Automotive brackets
- Machinery enclosures
Fine details · Low repeatability
Cold forging
Done at room temperature. Produces parts with good surface finish and close tolerances, with minimal waste.
Best For
- Aluminum housings
- Automotive structural parts
- Medium-volume industrial components
- Durable machinery parts
Durable parts · Reusable mold cost control
High-warm Forging
Best for larger, thicker cast parts requiring strength, low porosity and stable structural integrity.
Low-warm Forging
Best for thin-wall, detailed parts requiring dimensional accuracy, repeatability and cost-efficient production.
Best for simpler durable metal parts, aluminum housings and medium-volume industrial components.
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.
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.
Forging Services FAQs
Find quick answers about Forging processes, wear resistance, corrosion protection, material compatibility, lead time and drawing specifications.
Questions Buyers Ask Before Finishing
These answers help engineering and purchasing teams understand finish selection, material compatibility, wear resistance, corrosion protection, lead time and drawing requirements before requesting a quote.
Forging shapes metal while it is solid, using compressive force. Casting pours molten metal into a mould. Forging generally produces parts with higher strength and better fatigue resistance because the grain structure is refined and aligned.
We work with carbon steels, alloy steels, stainless steels, aluminium alloys, titanium alloys, and nickel-based superalloys. The selection depends on the part’s service requirements and the forging temperature range.
Lead times depend on part complexity, material availability, and quantity. For simple parts in standard materials, we can often deliver within 4–6 weeks after tooling approval. Complex or high-alloy parts may take longer.
Tooling: 4–6 weeks. First articles: 1–2 weeks after tooling completion. Production lead times: 2–4 weeks depending on volume.
In-process inspections, dimensional reports, and material certifications. Secondary CMM inspection available for critical features.
Choose Forging for volumes above 10,00 units – lower per-part cost. Choose CNC machining for low volumes, tight tolerances (±0.002 mm), or thin walls (0.05 mm) not achievable in Forging.
Yes. While forging is most cost-effective at higher volumes, we also accept small runs, especially for prototyping or low-volume production. Tooling costs are shared per piece, so smaller batches have higher unit prices.
As-forged surfaces typically have a roughness of Ra 4.3–8.5 µm. For tighter tolerances and smoother finishes, we offer additional machining or grinding. The final finish depends on your application requirements.