Tooling Development
Stamping-die design and manufacturing based on part geometry, material and production volume.
CUSTOM METAL STAMPING
Precision Metal Stamping From Tooling to Production
Custom stamped metal parts with integrated tooling, forming, secondary processing and quality inspection.
- Prototype & Production Tooling
- Progressive & Compound Dies
- Low- to High-Volume Production
- Secondary Operations Available
METAL STAMPING SERVICES
What Is
Metal Stamping?
Metal stamping transforms flat sheet metal into precisely shaped components using dedicated tooling and controlled press operations.
Depending on the part geometry and production requirements, the process may include blanking, punching, bending, drawing, embossing and other forming operations. It is particularly suitable for producing repeatable metal parts efficiently across medium- and high-volume production runs.
HordRT supports projects from manufacturability review and stamping-die development through production, secondary processing and inspection.
Precision Forming
Controlled blanking, punching, bending and forming for consistent part geometry.
Flexible Production
Manufacturing support from initial validation batches to stable volume production.
Quality Inspection
Dimensional and visual inspection throughout tooling validation and production.
Need help evaluating whether stamping is suitable for your component?
Discuss Your ProjectSTAMPING CAPABILITIES
Metal Forming for
Different Part Requirements
We select the stamping method and tooling structure according to the part geometry, material, tolerance requirements and expected production volume.
Integrated Support
Tooling + Stamping + Secondary Operations
Blanking & Punching
Efficient cutting of external profiles, holes, slots and other features from flat sheet metal.
- Profile blanking
- Hole and slot punching
Bending & Forming
Controlled deformation of sheet metal to produce flanges, angles, ribs and three-dimensional features.
- Flanges and bends
- Embossed and formed features
Progressive Die Stamping
Multiple forming operations arranged in sequence as the metal strip advances through the die.
- Repeatable multi-stage forming
- Efficient volume production
Deep Drawing
Forming flat material into hollow or recessed components while controlling material flow and wall integrity.
- Cups and recessed shapes
- Controlled material flow
MATERIAL OPTIONS
Materials Selected for Formability and Performance
We evaluate mechanical properties, forming behavior, surface requirements and end-use conditions before recommending a material for your stamped component.
SS
Stainless Steel
Corrosion-resistant · Durable · Clean finish
Suitable for parts requiring strength, corrosion resistance, cleanliness and a refined surface appearance.
CS
Carbon Steel
Strong · Formable · Cost-effective
A practical option for structural components that require reliable strength and economical volume production.
AL
Aluminum
Lightweight · Formable · Corrosion-resistant
Used for components where low weight, thermal performance and corrosion resistance are important.
CU
Copper & Brass
Conductive · Formable · Functional
Selected for electrical contacts, terminals and components requiring conductivity or thermal transfer.
BEYOND STAMPING
From Stamped Components to Production-Ready Parts
Secondary operations, surface treatments and assembly support can be integrated into the manufacturing process based on your functional, appearance and delivery requirements.
Deburring
Clean edges and improved handling
Tapping
Threads and precision hole features
Welding
Joining stamped and fabricated parts
Hardware Installation
Fasteners, inserts and riveted hardware
Powder Coating
Durable color and surface protection
Plating & Passivation
Corrosion and conductivity treatments
QUALITY CONTROL
Quality Built Into Every Production Stage
Inspection begins during tooling validation and continues throughout production to help maintain dimensional consistency, surface quality and reliable part-to-part repeatability.
Before Tooling
Drawing & Specification Review
- Critical dimensions
- Material requirements
- Surface and appearance criteria
Establish clear inspection requirements before die development and sampling.
Tool Trial
First Article Inspection
- Dimensional verification
- Form and feature accuracy
- Burr and edge condition
Confirm that the tooling and forming sequence produce parts that meet the approved requirements.
During Production
In-Process Inspection
- Key dimensions and features
- Tool wear indicators
- Surface and forming condition
Monitor process stability and identify variation before it affects larger production quantities.
Before Shipment
Final Inspection
- Final dimensions
- Finish and appearance
- Quantity and packaging
Verify that finished components are complete, protected and ready for delivery.
INDUSTRIES & APPLICATIONS
Stamped Parts for Different Applications
Metal stamping supports applications that require repeatable geometry, efficient production and reliable mechanical performance across multiple industries.
APPLICATION-DRIVEN MANUFACTURING
One manufacturing process. Many functional requirements.
From structural brackets and electronic shields to clips, housings and precision formed components.Automotive
Brackets, mounting plates, shields, clips and structural components for vehicle systems.
Electronics
EMI shields, terminals, contacts, covers and formed components for electronic assemblies.
Medical Devices
Precision brackets, covers and supporting metal components for medical equipment.
Industrial Equipment
Machine brackets, guards, mounting components and formed parts for industrial systems.
Consumer Products
Functional housings, internal supports, clips and visible metal components.
Have a stamped component for another application?
Discuss Your Application
Share your drawing and performance requirements for an engineering review.
START YOUR STAMPING PROJECT
Ready to Your Stamping Metal Parts?
Send us your drawings, material requirements and expected production volume. Our team will review the part, tooling approach and secondary operations for your project.
Part drawings
Material specification
Expected production volume
PROJECT QUESTIONS
Metal Stamping FAQs
Clear answers to the questions buyers ask before starting a metal stamping project.
01 What information do you need to quote my stamping project?
Please send your 2D drawing or 3D model, preferred material, material thickness, required quantity, annual production volume, tolerances, surface-finish requirements and any relevant inspection specifications.
02 What materials can be used for metal stamping?
Common options include stainless steel, carbon steel, aluminum, copper and brass. Material selection depends on formability, strength, corrosion resistance, conductivity, appearance and final application requirements.
03 What metal stamping processes do you support?
Our metal stamping capabilities include blanking, punching, bending, forming, embossing, drawing and progressive die stamping. The process is selected according to the component geometry, material and expected production volume.
04 Does a metal stamping project require dedicated tooling?
Most stamping projects require dedicated dies designed around the part geometry and forming sequence. Depending on project requirements, tooling may combine several operations or use a progressive layout for efficient production.
05 Is metal stamping suitable for low-volume production?
Suitability depends on part geometry, tooling complexity and total production requirements. For lower volumes, simplified tooling or another sheet metal process may be more economical. Our engineers can compare the available options.
06 What secondary operations are available after stamping?
Secondary operations may include deburring, tapping, machining, welding, riveting, hardware installation and assembly. Surface treatments such as powder coating, plating, passivation, brushing and polishing are also available according to project requirements.
07 How do you inspect stamped metal parts?
Inspection can include first article verification, in-process dimensional checks, visual inspection and final inspection. CMM, optical measurement and blue-light scanning may be used according to the geometry and critical features.
Capabilities
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Contact Us
Phone: +86 760 8612 9998
Tue–Sat, 8:30 AM–5:30 PM, CST
Mobile：+86 198 0680 9560
8:30 AM–11:00 PM, CST
Zhuhai Factory：No. 9, Huangyang 4th Road, Jing’an Town,
Doumen District, Zhuhai, Guangdong, China
Zhongshan Factory：No. 222, Yixian Road, 6th Industrial Zone,
Nanlang Subdistrict, Zhongshan, Guangdong, China