Precision Forging for High-Quality Manufacturing

Achieve exceptional strength, precision, and durability through our advanced custom metal forging services, which integrate materials like aluminum, brass, and steel—all tailored to your specific requirements.
 

Precision Forging for High-Quality Manufacturing

Achieve exceptional strength, precision, and durability through our advanced custom metal forging services, which integrate materials like aluminum, brass, and steel—all tailored to your specific requirements.
 

What is Forging

Forging is a metal forming process that applies pressure—often at high temperatures—to shape strong and durable parts. Depending on your part’s size, complexity, and tolerance requirements, we offer a wide range of forging methods:

  • Hot Forging – Ideal for ductile metals and large components requiring strong deformation.
  • Cold Forging – Suited for small, high-precision parts with excellent surface finish.
  • Precision Forging – For near-net-shape parts with minimal post-machining.
  • Open-Die Forging – Best for simple, large-scale structural components.
  • Closed-Die Forging – Ensures dimensional accuracy for complex or high-volume parts.

Not sure which process fits your part? Contact us and our engineers will advise you in 12h.

Precision custom metal forging services in a mechanical processing plant. Skilled workers are operating advanced forging equipment to create high - precision metal parts for various industries.
Precision forging services in a mechanical processing plant. Skilled workers are operating advanced forging equipment to create high - precision metal parts for various industries.

Why Choose Us for Precision Metal Forging Services ?

High Precision & Quality

We operate 300T–4000T forging presses to produce parts up to 100kg. ±0.005mm tolerance is achieved via CNC machining. QC includes spectrometer analysis and 3D inspection.

Custom Forging Services 

From small batches to high-volume runs, we offer custom forging solutions for specific sizes, materials, and applications—supported by in-house mold design and full-process control.

Precision Mould Services

We handle die design and production fully in-house. Our R&D team enables fast sampling, cost-effective transitions, and high consistency in custom forged parts.

 

Trusted Forging Experts

With 30+ years of forging experience, our team serves industries from automotive to aerospace—delivering fast response, stable quality, and lead times from 15 to 30 days.

Why Choose Our Forging Service?

High Precision & Quality

We operate 300T–4000T forging presses to produce parts up to 100kg. ±0.005mm tolerance is achieved via CNC machining. QC includes spectrometer analysis and 3D inspection.

Custom Metal forging services 

From small batches to high-volume runs, we offer custom forging solutions for specific sizes, materials, and applications—supported by in-house mold design and full-process control.

Precision Mould Services

We handle die design and production fully in-house. Our R&D team enables fast sampling, cost-effective transitions, and high consistency in custom forged parts.

Trusted Forging Experts

With 30+ years of forging experience, our team serves industries from automotive to aerospace—delivering fast response, stable quality, and lead times from 15 to 30 days.

Custom Forged Parts Gallery

Discover our custom high-performance forgings, engineered for precision and durability.

Forging Capabilities & Specifications

Category Details
Tolerances
  • General forging tolerance ±0.3mm – ±0.5mm
  • ±0.005mm achievable with CNC post-machining
Materials

We support a wide range of forging materials:

  • Steel: 20#, 40Cr, 42CrMo
  • Aluminum: 6061、6063、7075
  • Brass & Copper: C360, C268
  • Other alloys available upon request.
Die Development

We design and build custom forging dies entirely in-house—ensuring fast turnaround, stable quality, and full process control.

  • Typical mold lead time: 10–30 days
  • Tooling is made from H13, DC53, 8433 or 5CrNiMo, ensuring long service life and dimensional stability.
  • Precision Process Flow:Design Phase → Machining Phaseg → Validation Phase

Materials for Our Precision Forging Services

Explore our custom metal forging capabilities across a wide range of materials—from lightweight aluminum to durable alloy steel—engineered for precision solutions in every industry and application.
Aluminum machining services in the mechanical industry, showing the processes of cutting, shaping, and finishing aluminum materials to create various components.
Aluminum is a lightweight, corrosion-resistant material known for its excellent machinability, thermal conductivity, and strength-to-weight ratio. Widely utilized in aerospace, automotive, and industrial sectors, it delivers outstanding performance in applications requiring precision and durability. Its versatility and recyclability make it an environmentally friendly and cost-effective choice for both structural and high-performance designs.
CNC machining of brass in the mechanical industry, demonstrating the precise cutting, shaping, and finishing processes to create high - quality brass components.
Brass, a copper-zinc alloy, offers exceptional machinability, corrosion resistance, and an attractive finish. It is extensively used in plumbing, decorative fixtures, and precision electrical components. Combining mechanical strength with aesthetic appeal, brass is a preferred material in industries demanding high-quality and visually appealing solutions. Its versatility ensures reliable performance in both functional and ornamental applications.
Copper being processed using CNC machines in the mechanical machining industry, including milling and drilling operations.
Copper is prized for its superior electrical and thermal conductivity, corrosion resistance, and formability. Essential in electrical systems, heat exchangers, and architectural designs, it delivers unmatched performance in demanding environments. Its recyclability and adaptability ensure its continued relevance in sustainable engineering and modern manufacturing.
Titanium being processed in the mechanical machining industry, including forging and turning operations.
Titanium alloys offer an exceptional combination of strength, low density, and corrosion resistance, making them indispensable in aerospace, medical, and marine industries. Known for biocompatibility and resilience under extreme conditions, titanium is ideal for high-performance, lightweight designs where reliability is paramount.
Stainless steel is being processed in the mechanical machining industry, including welding, grinding, and bending operations to produce various industrial components.
Stainless steel is a versatile material offering outstanding durability, rust resistance, and hygiene. It is widely used in construction, medical devices, and food processing industries. Its excellent mechanical properties and ability to endure harsh environments ensure consistent performance and reliability in demanding applications.
In the mechanical processing industry, carbon steel is machined into various parts such as bolts, nuts and shafts by different mechanical tools, making use of its high strength and good plasticity to meet industrial needs.
Carbon steel combines strength, toughness, and affordability, making it essential for construction, heavy machinery, and automotive industries. With excellent weldability and machinability, it serves as a reliable material for structural components and engineering projects demanding robust and cost-efficient solutions.
In the mechanical processing industry, CNC machines are used to precisely machine magnesium alloy materials into various high - precision components, taking advantage of magnesium alloy's light - weight and high - strength properties to meet the needs of aerospace and automotive industries.
Alloy steel delivers enhanced strength, wear resistance, and toughness through precise alloying processes. It is widely applied in high-stress machinery, automotive components, and cutting tools, offering exceptional performance in challenging and demanding industrial environments.
In the mechanical processing industry, CNC machines are used to precisely machine magnesium alloy materials into various high - precision components, taking advantage of magnesium alloy's light - weight and high - strength properties to meet the needs of aerospace and automotive industries.
Magnesium alloys are ultra-lightweight and deliver impressive strength-to-weight ratios, making them ideal for aerospace, electronics, and automotive applications. Their ability to reduce weight without compromising structural integrity drives innovation in cutting-edge design and engineering.

Forging Surface Finishing

Achieve the ideal texture and durability through processes such as anodizing, electroplating, and spraying, catering to the diverse needs of various industries.

FAQs

Have questions about our forging services? Here are some common inquiries we receive from our clients regarding our metal forging processes and capabilities. If you have any other questions or need further assistance, plase don’t hesitate to contact us. 

Our custom forging service process involves the following steps:
  1. Material Selection
  2. Forging Process Determination
  3. Mold Fabrication (25-30 Days)
  4. Trial Mold (Heating, Forming, Cooling & Post-processing) (7 Days)
  5. Sample Confirmation
  6. Bulk Forging Production (15 Days)
  7. Final Inspection
  8. Delivery

Yes, we specialize in creating complex or custom-designed forged parts. Our experienced team and advanced forging techniques allow us to meet the specific needs of each project, no matter how intricate or unique the design may be.

Our forging capabilities allow us to handle parts up to 100kg each, depending on the material and process used.

The range of forging materials we support includes alloy steel, titanium alloy, etc. For other special materials, their feasibility can be confirmed through communication.

Our minimum order quantity for forging is typically 1000 units, depending on the part complexity and material. For larger quantities, we can offer more competitive pricing.

We employ advanced quality control methods for precision forging, including Incoming Inspection (Spectrometer), Process Inspection (Micrometer), Final Inspection (2D/3D Measuring Instruments), etc., to ensure that every part meets the highest standards. By rigorously monitoring each stage of the precision forging process, we can guarantee superior dimensional accuracy, material integrity, and overall quality, delivering products that excel in performance and reliability.

Lead time depends on the complexity and volume of your order. Typically, the forging cycle is 15-30 days.Contact us for more details.

Forging not only offers economic benefits but also provides higher strength, durability, and consistency. It eliminates defects found in casting and enhances the material’s mechanical properties through grain refinement.

Yes, we prioritize sustainability in our forging processes by strictly adhering to local environmental regulations by minimizing material waste, recycling scrap, and utilizing energy-efficient equipment. This ensures high-quality results with minimal environmental impact.

FAQs

Have questions about our forging services? Here are some common inquiries we receive from our clients regarding our forging processes and capabilities. If you have any other questions or need further assistance, please don’t hesitate to contact us. 

Our forging process involves several steps:

  1. Material Selection
  2. Forging Process Determination
  3. Mold Opening (25-30 Days)
  4. Trial Mold (Heating/Forming/Cooling/Post-processing) (7 Days)
  5. Sample Confirmation
  6. Forging Production (15 Days)
  7. Final Inspection
  8. Delivery

Yes, we specialize in creating complex or custom-designed forged parts. Our experienced team and advanced forging techniques allow us to meet the specific needs of each project, no matter how intricate or unique the design may be.

Our forging capabilities allow us to handle parts up to 100kg each, depending on the material and process used.

Our minimum order quantity for forging is typically 1000 units, depending on the part complexity and material. For larger quantities, we can offer more competitive pricing.

We use advanced quality control methods, including Incoming Inspection (Spectrometer), Process Inspection (Micrometer), Final Inspection (2D/3D Measuring Instruments), etc., to ensure every part meets the highest standards.

Lead time depends on the complexity and volume of your order. Typically, the forging cycle is 15-30 days.

Forging not only offers economic benefits but also provides higher strength, durability, and consistency. It eliminates defects found in casting and enhances the material’s mechanical properties through grain refinement.

Yes, we prioritize sustainability in our forging processes by strictly adhering to local environmental regulations by minimizing material waste, recycling scrap, and utilizing energy-efficient equipment. This ensures high-quality results with minimal environmental impact.

Forging for Various Industrial Applications

Our services have been recognized by our global clientele from a variety of industries. We offer CNC machined parts for a variety of industries, including the list below and more.

Automotive parts produced by machining processes in the automotive industry, including various shapes and details.

Automotive

Precision components for engines, chassis, and electric vehicles.
 
 
In the agriculture sector, mechanical processing techniques are employed to craft diverse agricultural implements like plows, seeders, and threshers, enhancing farming efficiency and yield.

Agriculture & Farming

Reliable components for tractors, harvesters, and livestock equipment.
 
Precision marine parts manufacturing through advanced mechanical processing techniques, ensuring high - quality components for the marine industry.

Marine

Corrosion-resistant parts for boats, yachts, and offshore systems.
 
 
Outdoor equipment components manufacturing process in the mechanical industry, showing the production of various components.

Outdoor Equipment

Durable parts for lawn mowers, gardening tools, and outdoor machines.
 
High - precision manufacturing of consumer electronics components using advanced mechanical processing, guaranteeing quality and performance for the consumer electronics industry.

Electronics

Custom components for consumer electronics, enclosures, and industrial devices.
 
 
In the mechanical processing industry, drones conduct aerial inspections and data collection, while CNC robots perform high - precision machining on metal parts, enhancing efficiency and quality control.

Drones & Robotics

Lightweight, precise components for drones, robots, and automation systems.
 
 
High - precision manufacturing services in the mechanical processing industry for energy storage systems, creating reliable components.

Renewable Energy

High-quality parts for solar, wind, and clean energy solutions.
 
 
 
High - precision manufacturing service for medical devices in the mechanical processing industry, producing reliable medical equipment for healthcare applications.

Medical Devices

Precision parts for medical tools, surgical devices, and diagnostics.
 
 
Automotive parts produced by machining processes in the automotive industry, including various shapes and details.

Automotive

Precision components for engines, chassis, and electric vehicles.
 
 

In the agriculture sector, mechanical processing techniques are employed to craft diverse agricultural implements like plows, seeders, and threshers, enhancing farming efficiency and yield.

Agriculture & Farming

Reliable components for tractors, harvesters, and livestock equipment.
 
 
Precision marine parts manufacturing through advanced mechanical processing techniques, ensuring high - quality components for the marine industry.

Marine

Corrosion-resistant parts for boats, yachts, and offshore systems.
 
 
 
Outdoor equipment components manufacturing process in the mechanical industry, showing the production of various components.

Outdoor Equipment

Durable parts for lawn mowers, gardening tools, and outdoor machines.
 
 
High - precision manufacturing of consumer electronics components using advanced mechanical processing, guaranteeing quality and performance for the consumer electronics industry.

Electronics

Custom components for consumer electronics, enclosures, and industrial devices.
 
 
In the mechanical processing industry, drones conduct aerial inspections and data collection, while CNC robots perform high - precision machining on metal parts, enhancing efficiency and quality control.

Drones & Robotics

Lightweight, precise components for drones, robots, and automation systems.
 

Our Other Manufacturing Capabilities

Precision CNC machining service in the mechanical machining industry, demonstrating the high - accuracy manufacturing process of various metal components for efficient production.

CNC Machining

CNC machining uses computer-controlled tools to cut and shape materials with precision and accuracy.
 
Sheet metal fabrication services in the mechanical industry, showing the processes of cutting, bending, and assembling sheet metal to create various products.

Sheet Metal Fabrication

Sheet metal fabrication involves cutting, bending, punching, and welding to shape metal sheets.
 
 
Die casting services in the mechanical machining industry, presenting the process of shaping molten metal into precise components using high - pressure die - casting machines.

Casting

High-pressure process to mold molten metal into precise, durable parts with smooth finishes.

Start producing your forging parts today

Stay Updated
Subscribe to our newsletter for the latest updates on our services and industry insights.
Stay Updated
Subscribe to our newsletter for the latest updates on our services and industry insights.
© 2024 Keywin. All rights reserved. Empowering your ideas with precision and quality.