Dongguan Changdong Tool & Die Co., Ltd. is a custom stamping dies manufacturer in China, supporting progressive dies, transfer dies, single-operation dies, prototype dies, deep drawing dies and automotive stamping dies for sheet metal forming projects.
We support stamping die projects from part review, process planning, die design, CNC machining, WEDM cutting, assembly and press tryout to sample inspection and tooling validation. Our goal is to help customers build stamping dies that are practical, stable and suitable for real production conditions.
Strip-fed tooling for high-volume brackets, clips, connectors, reinforcements and precision stamped parts.
Tooling for larger, deeper or more complex stamped parts that need separated forming stations.
Custom stamping dies for automotive brackets, chassis parts, reinforcements, covers and heat shields.
Press tryout, die correction, sample inspection and dimensional validation before tooling delivery.
Changdong manufactures custom stamping dies for automotive, appliance, industrial and precision sheet metal forming projects.
A stamping dies manufacturer designs and builds custom tools used to cut, pierce, bend, draw, form, trim, flange and shape sheet metal parts. A qualified manufacturer should control die design, machining accuracy, assembly quality, press tryout, sample inspection and process validation before the die is released for production.
A stamping die is the core tooling system used in metal stamping production. It determines how sheet metal is positioned, cut, formed, drawn, trimmed and separated into a finished part. The quality of the stamping die directly affects part accuracy, burr condition, surface quality, repeatability, production speed, tool life and long-term manufacturing cost.
Changdong manufactures custom stamping dies according to customer drawings, 3D CAD data, material grade, thickness, tolerance requirements, production volume, press conditions and inspection standards. Our work focuses not only on building the die, but also on helping customers reduce tooling risk before mass production.
Typical projects include automotive stamping dies, progressive dies, transfer dies, single-operation dies, prototype dies, deep drawing dies and sheet metal forming dies for industrial, appliance, electrical and hardware applications.
Stamping die sourcing should not be based only on the lowest tool price. A weak die may cause unstable dimensions, excessive burrs, cracked parts, springback problems, repeated tryout correction, short tool life and poor production efficiency. For automotive and industrial projects, the better question is whether the manufacturer can control design risk, material behavior, machining accuracy, tryout correction and inspection validation.
Different stamped metal parts require different die structures. A small high-volume bracket may be suitable for a progressive die, while a larger deep formed part may require a transfer die or a deep drawing die. Prototype projects may start with soft tooling or single-operation dies before full production tooling is finalized.
| Die Type | Best Application | Main Advantage | Engineering Focus |
|---|---|---|---|
| Progressive Die | High-volume small to medium sheet metal parts | Fast continuous production and stable repeatability | Strip layout, feed pitch, carrier strength, pilot design and station balance |
| Transfer Die | Large, deep, complex or structural stamped parts | Better forming flexibility for complex geometry | Transfer path, station locating, forming sequence and press compatibility |
| Single-Operation Die | Prototype, low-volume or separated-process production | Flexible and suitable for trial validation | Manual or robotic loading, process control and repeatability |
| Prototype Die | Development samples and early engineering validation | Faster modification before production tooling investment | Forming feasibility, sample quality and design feedback |
| Deep Drawing Die | Covers, housings, trays, shields and formed panels | Controls material flow for drawn shapes | Blank holder force, drawbead, wrinkling, cracking and springback |
Changdong stamping dies are used for automotive body parts, structural components, brackets, chassis parts, reinforcements, covers, heat shields, appliance parts, industrial housings, hardware components and custom sheet metal parts.
The stamping process may include blanking, piercing, bending, drawing, forming, trimming, flanging, restriking, tapping or riveting. The die type and process sequence are selected according to part geometry, material behavior, tolerance requirements and production volume.
Dies for vehicle brackets, chassis components, reinforcements, heat shields, covers and structural sheet metal parts.
Custom tooling for industrial housings, equipment parts, formed panels, support brackets and functional components.
Stamping die support for battery components, busbars, copper terminals, trays, covers and lightweight metal structures.
Prototype dies and soft tooling for early validation before progressive or transfer production dies are finalized.
A reliable stamping die project starts before machining. The manufacturer must review part geometry, material grade, thickness, tolerance, press condition, production volume, forming risk and inspection requirements before the final die structure is released.
Review 2D drawings, 3D CAD data, material grade, thickness, tolerance requirements and part function.
Evaluate whether the project should use a progressive die, transfer die, single-operation die, prototype die or deep drawing die.
Review forming risk, material flow, thinning, cracking, wrinkling, springback, strip layout or transfer sequence when needed.
Machine die plates, inserts, punches, forming blocks and trimming sections, then complete die fitting and assembly.
Test the die under real press conditions, inspect stamped samples and correct the tool before delivery or production release.
For complex stamping die projects, CAE simulation can help reduce risk before steel cutting begins. Simulation may be used to evaluate material flow, thinning, cracking, wrinkling, springback, forming load, blank development and trimming line feasibility.
CAE review is especially useful for automotive stamping dies, high-strength steel parts, deep drawn components, large sheet metal parts and components with tight assembly requirements. It can help optimize blank shape, forming surfaces, drawbeads, restriking process and springback compensation.
CAE simulation reduces tooling risk, but it does not replace die tryout. The final stamping die still needs real press validation, sample inspection and correction under actual press conditions.
Changdong supports stamping die manufacturing with in-house design, machining, assembly, tryout and inspection capability. Tooling structures may use cast iron die bases, steel plates, tool steel inserts, punches, forming blocks and precision machined components according to project requirements.
| Capability | What It Supports | Customer Value |
|---|---|---|
| Die Design | Progressive die, transfer die, single-operation die, drawing die and prototype die | Improves process planning and reduces tooling risk |
| CNC Machining | Die plates, forming surfaces, inserts, punches and trimming blocks | Improves tooling accuracy and fitting quality |
| WEDM Cutting | Precision openings, punches, inserts and clearance-related tooling features | Supports cutting accuracy and edge control |
| Press Tryout | Trial stamping, die correction, forming validation and sample production | Confirms die performance before delivery |
| Inspection | CMM measurement, checking fixture review, sample report and dimensional verification | Reduces approval risk and quality disputes |
Stamping die tryout is the stage where the die is tested under real press conditions. Engineers check whether the tool can produce stable stamped parts that meet drawing and assembly requirements.
Tryout may reveal issues such as springback, cracking, wrinkling, trimming deviation, burr problems, hole movement, feeding instability or poor repeatability. These issues should be corrected before the die is delivered or released for production.
Check material feeding, strip movement, transfer stability and press setup.
Review forming quality, cracking risk, thinning, wrinkling and surface condition.
Verify trimming accuracy, hole position, burr condition, flange angle and edge quality.
Measure springback, profile accuracy, formed depth and critical dimensions.
Inspect samples with CMM, gauges, checking fixtures or customer-defined inspection methods.
Correct die clearance, forming surfaces, locating points, trimming lines or press parameters if needed.
Changdong supports stamping die projects with engineering review, machining accuracy, assembly quality, tryout validation, sample inspection and customer documentation. For automotive and global projects, quality control is not only about final inspection, but also about controlling each step before the die reaches production.
Our stamping dies and metal stamping parts are used in automotive, industrial, appliance, hardware and sheet metal manufacturing sectors. We support customers who need custom stamping dies from China with engineering communication, drawing review, tooling manufacturing, tryout samples, inspection reports and export-oriented project coordination.
A qualified stamping die manufacturer should be evaluated by engineering capability, die design experience, machining resources, tryout capacity, inspection support, project communication and quality system. For automotive and complex sheet metal projects, the manufacturer should understand both tooling design and real stamping production behavior.
| Evaluation Point | Why It Matters | What Buyers Should Ask |
|---|---|---|
| Engineering Review | Prevents wrong die type, poor forming process or late design changes. | Can you review material risk, forming sequence, press conditions and inspection requirements? |
| Manufacturing Equipment | Machining accuracy affects die fitting, clearance, forming surfaces and tool life. | Do you have CNC, WEDM, grinding, drilling, assembly and tryout capability? |
| Tryout Capacity | A die should be tested under real press conditions before delivery. | Can you provide stamped samples and correct the die after tryout? |
| Inspection Support | Dimensional validation reduces approval risk and production disputes. | Can you support CMM inspection, checking fixture review or sample reports? |
| Communication | Tooling projects often require fast technical feedback during review and tryout. | Can you provide clear engineering feedback instead of only quoting tool price? |
To quote a stamping die accurately, the manufacturer needs enough engineering information to evaluate die type, tool size, material risk, station count, machining workload, tryout difficulty and inspection requirements.
2D drawing and 3D CAD model of the stamped metal part.
Material grade, thickness, coating condition, tensile strength and surface requirements.
Annual production volume, expected production method and sample quantity if needed.
Tolerance requirements, GD&T, critical dimensions and assembly function.
Preferred die type if available: progressive die, transfer die, single-operation die, prototype die or drawing die.
Press information, bed size, tonnage, feed method, transfer method and production line restrictions.
Inspection requirements such as CMM report, checking fixture, sample approval or PPAP-related documentation.
Packaging, export, spare parts, delivery and long-term maintenance requirements if available.
A stamping dies manufacturer designs, machines, assembles, tests and validates tooling used to cut, pierce, bend, draw, form, trim and shape sheet metal parts.
A progressive die keeps the part attached to a continuous strip as it moves through multiple stations. A transfer die moves the blanked part independently between stations. Progressive dies are usually better for high-volume small to medium parts, while transfer dies are often better for larger, deeper or more complex parts.
Stamping die tryout verifies whether the tool can produce stable parts under real press conditions. Engineers check forming quality, trimming accuracy, hole position, springback, burr condition, feeding stability and dimensional repeatability.
Cost depends on part size, material, die type, number of stations, forming complexity, tolerance requirements, machining workload, tryout difficulty, inspection requirements and expected production volume.
Send 2D drawings, 3D CAD data, material grade, thickness, annual volume, tolerance requirements, press information, inspection standards, sample requirements and preferred die type if available.
Changdong can review your part drawings, material grade, thickness, tolerance requirements, production volume and inspection needs to evaluate the suitable stamping die solution.
Send your 2D drawing, 3D model and project requirements for progressive die, transfer die, prototype die, deep drawing die or custom metal stamping tooling review.
Send Drawings for Stamping Die QuotationChangdong is good at making metal stamping dies up to 4.2 meters, also we produce small size metal stamping toolings. The company manages the complete stamping die program from the CAE Simulation, layout designs and stamping tooling designs, and finish the machining to tryout and home line tryout to your hands. Meanwhile, the company produces the prototyping parts and stamping parts range from 45-880T. The successful cases include: stamping tools of Leoni connectors, automotive stamping dies of PSA P8 & B618, metal stamping toolings of Cummins exhaust pipe assembly, automobile stamping dies of NISSAN H60B projects, and stamping tools of car audio system, Canon printers, refrigerators, ovens and washing machines and so on.If you need metal stamping dies ,stamping parts or metal prototypings,
Email to us: sales@chang-dong.com
Dongguan Changdong Tool & Die Co., Ltd. is a custom stamping dies manufacturer in China, supporting progressive dies, transfer dies, single-operation dies, prototype dies, deep drawing dies and automotive stamping dies for sheet metal forming projects.
We support stamping die projects from part review, process planning, die design, CNC machining, WEDM cutting, assembly and press tryout to sample inspection and tooling validation. Our goal is to help customers build stamping dies that are practical, stable and suitable for real production conditions.
Strip-fed tooling for high-volume brackets, clips, connectors, reinforcements and precision stamped parts.
Tooling for larger, deeper or more complex stamped parts that need separated forming stations.
Custom stamping dies for automotive brackets, chassis parts, reinforcements, covers and heat shields.
Press tryout, die correction, sample inspection and dimensional validation before tooling delivery.
Changdong manufactures custom stamping dies for automotive, appliance, industrial and precision sheet metal forming projects.
A stamping dies manufacturer designs and builds custom tools used to cut, pierce, bend, draw, form, trim, flange and shape sheet metal parts. A qualified manufacturer should control die design, machining accuracy, assembly quality, press tryout, sample inspection and process validation before the die is released for production.
A stamping die is the core tooling system used in metal stamping production. It determines how sheet metal is positioned, cut, formed, drawn, trimmed and separated into a finished part. The quality of the stamping die directly affects part accuracy, burr condition, surface quality, repeatability, production speed, tool life and long-term manufacturing cost.
Changdong manufactures custom stamping dies according to customer drawings, 3D CAD data, material grade, thickness, tolerance requirements, production volume, press conditions and inspection standards. Our work focuses not only on building the die, but also on helping customers reduce tooling risk before mass production.
Typical projects include automotive stamping dies, progressive dies, transfer dies, single-operation dies, prototype dies, deep drawing dies and sheet metal forming dies for industrial, appliance, electrical and hardware applications.
Stamping die sourcing should not be based only on the lowest tool price. A weak die may cause unstable dimensions, excessive burrs, cracked parts, springback problems, repeated tryout correction, short tool life and poor production efficiency. For automotive and industrial projects, the better question is whether the manufacturer can control design risk, material behavior, machining accuracy, tryout correction and inspection validation.
Different stamped metal parts require different die structures. A small high-volume bracket may be suitable for a progressive die, while a larger deep formed part may require a transfer die or a deep drawing die. Prototype projects may start with soft tooling or single-operation dies before full production tooling is finalized.
| Die Type | Best Application | Main Advantage | Engineering Focus |
|---|---|---|---|
| Progressive Die | High-volume small to medium sheet metal parts | Fast continuous production and stable repeatability | Strip layout, feed pitch, carrier strength, pilot design and station balance |
| Transfer Die | Large, deep, complex or structural stamped parts | Better forming flexibility for complex geometry | Transfer path, station locating, forming sequence and press compatibility |
| Single-Operation Die | Prototype, low-volume or separated-process production | Flexible and suitable for trial validation | Manual or robotic loading, process control and repeatability |
| Prototype Die | Development samples and early engineering validation | Faster modification before production tooling investment | Forming feasibility, sample quality and design feedback |
| Deep Drawing Die | Covers, housings, trays, shields and formed panels | Controls material flow for drawn shapes | Blank holder force, drawbead, wrinkling, cracking and springback |
Changdong stamping dies are used for automotive body parts, structural components, brackets, chassis parts, reinforcements, covers, heat shields, appliance parts, industrial housings, hardware components and custom sheet metal parts.
The stamping process may include blanking, piercing, bending, drawing, forming, trimming, flanging, restriking, tapping or riveting. The die type and process sequence are selected according to part geometry, material behavior, tolerance requirements and production volume.
Dies for vehicle brackets, chassis components, reinforcements, heat shields, covers and structural sheet metal parts.
Custom tooling for industrial housings, equipment parts, formed panels, support brackets and functional components.
Stamping die support for battery components, busbars, copper terminals, trays, covers and lightweight metal structures.
Prototype dies and soft tooling for early validation before progressive or transfer production dies are finalized.
A reliable stamping die project starts before machining. The manufacturer must review part geometry, material grade, thickness, tolerance, press condition, production volume, forming risk and inspection requirements before the final die structure is released.
Review 2D drawings, 3D CAD data, material grade, thickness, tolerance requirements and part function.
Evaluate whether the project should use a progressive die, transfer die, single-operation die, prototype die or deep drawing die.
Review forming risk, material flow, thinning, cracking, wrinkling, springback, strip layout or transfer sequence when needed.
Machine die plates, inserts, punches, forming blocks and trimming sections, then complete die fitting and assembly.
Test the die under real press conditions, inspect stamped samples and correct the tool before delivery or production release.
For complex stamping die projects, CAE simulation can help reduce risk before steel cutting begins. Simulation may be used to evaluate material flow, thinning, cracking, wrinkling, springback, forming load, blank development and trimming line feasibility.
CAE review is especially useful for automotive stamping dies, high-strength steel parts, deep drawn components, large sheet metal parts and components with tight assembly requirements. It can help optimize blank shape, forming surfaces, drawbeads, restriking process and springback compensation.
CAE simulation reduces tooling risk, but it does not replace die tryout. The final stamping die still needs real press validation, sample inspection and correction under actual press conditions.
Changdong supports stamping die manufacturing with in-house design, machining, assembly, tryout and inspection capability. Tooling structures may use cast iron die bases, steel plates, tool steel inserts, punches, forming blocks and precision machined components according to project requirements.
| Capability | What It Supports | Customer Value |
|---|---|---|
| Die Design | Progressive die, transfer die, single-operation die, drawing die and prototype die | Improves process planning and reduces tooling risk |
| CNC Machining | Die plates, forming surfaces, inserts, punches and trimming blocks | Improves tooling accuracy and fitting quality |
| WEDM Cutting | Precision openings, punches, inserts and clearance-related tooling features | Supports cutting accuracy and edge control |
| Press Tryout | Trial stamping, die correction, forming validation and sample production | Confirms die performance before delivery |
| Inspection | CMM measurement, checking fixture review, sample report and dimensional verification | Reduces approval risk and quality disputes |
Stamping die tryout is the stage where the die is tested under real press conditions. Engineers check whether the tool can produce stable stamped parts that meet drawing and assembly requirements.
Tryout may reveal issues such as springback, cracking, wrinkling, trimming deviation, burr problems, hole movement, feeding instability or poor repeatability. These issues should be corrected before the die is delivered or released for production.
Check material feeding, strip movement, transfer stability and press setup.
Review forming quality, cracking risk, thinning, wrinkling and surface condition.
Verify trimming accuracy, hole position, burr condition, flange angle and edge quality.
Measure springback, profile accuracy, formed depth and critical dimensions.
Inspect samples with CMM, gauges, checking fixtures or customer-defined inspection methods.
Correct die clearance, forming surfaces, locating points, trimming lines or press parameters if needed.
Changdong supports stamping die projects with engineering review, machining accuracy, assembly quality, tryout validation, sample inspection and customer documentation. For automotive and global projects, quality control is not only about final inspection, but also about controlling each step before the die reaches production.
Our stamping dies and metal stamping parts are used in automotive, industrial, appliance, hardware and sheet metal manufacturing sectors. We support customers who need custom stamping dies from China with engineering communication, drawing review, tooling manufacturing, tryout samples, inspection reports and export-oriented project coordination.
A qualified stamping die manufacturer should be evaluated by engineering capability, die design experience, machining resources, tryout capacity, inspection support, project communication and quality system. For automotive and complex sheet metal projects, the manufacturer should understand both tooling design and real stamping production behavior.
| Evaluation Point | Why It Matters | What Buyers Should Ask |
|---|---|---|
| Engineering Review | Prevents wrong die type, poor forming process or late design changes. | Can you review material risk, forming sequence, press conditions and inspection requirements? |
| Manufacturing Equipment | Machining accuracy affects die fitting, clearance, forming surfaces and tool life. | Do you have CNC, WEDM, grinding, drilling, assembly and tryout capability? |
| Tryout Capacity | A die should be tested under real press conditions before delivery. | Can you provide stamped samples and correct the die after tryout? |
| Inspection Support | Dimensional validation reduces approval risk and production disputes. | Can you support CMM inspection, checking fixture review or sample reports? |
| Communication | Tooling projects often require fast technical feedback during review and tryout. | Can you provide clear engineering feedback instead of only quoting tool price? |
To quote a stamping die accurately, the manufacturer needs enough engineering information to evaluate die type, tool size, material risk, station count, machining workload, tryout difficulty and inspection requirements.
2D drawing and 3D CAD model of the stamped metal part.
Material grade, thickness, coating condition, tensile strength and surface requirements.
Annual production volume, expected production method and sample quantity if needed.
Tolerance requirements, GD&T, critical dimensions and assembly function.
Preferred die type if available: progressive die, transfer die, single-operation die, prototype die or drawing die.
Press information, bed size, tonnage, feed method, transfer method and production line restrictions.
Inspection requirements such as CMM report, checking fixture, sample approval or PPAP-related documentation.
Packaging, export, spare parts, delivery and long-term maintenance requirements if available.
A stamping dies manufacturer designs, machines, assembles, tests and validates tooling used to cut, pierce, bend, draw, form, trim and shape sheet metal parts.
A progressive die keeps the part attached to a continuous strip as it moves through multiple stations. A transfer die moves the blanked part independently between stations. Progressive dies are usually better for high-volume small to medium parts, while transfer dies are often better for larger, deeper or more complex parts.
Stamping die tryout verifies whether the tool can produce stable parts under real press conditions. Engineers check forming quality, trimming accuracy, hole position, springback, burr condition, feeding stability and dimensional repeatability.
Cost depends on part size, material, die type, number of stations, forming complexity, tolerance requirements, machining workload, tryout difficulty, inspection requirements and expected production volume.
Send 2D drawings, 3D CAD data, material grade, thickness, annual volume, tolerance requirements, press information, inspection standards, sample requirements and preferred die type if available.
Changdong can review your part drawings, material grade, thickness, tolerance requirements, production volume and inspection needs to evaluate the suitable stamping die solution.
Send your 2D drawing, 3D model and project requirements for progressive die, transfer die, prototype die, deep drawing die or custom metal stamping tooling review.
Send Drawings for Stamping Die QuotationDongguan Changdong Stamping Dies CO., LTD. © copyright Add：NO. 56-B, Fuming South Road, Dalang, Dongguan, P.R.C
E-mail: sales@chang-dong.com Tel: 0086-769-8106 1256 Mobile: 0086-189 2949 4380 Sales Manager: Ms. Alice Fax: 0086-769-8106 1926
Dongguan Changdong Tool & Die Co., Ltd. is a custom metal stamping die and stamped parts manufacturer founded in 2012. We support automotive, home appliance, electrical and industrial projects from DFM review and die design to press tryout, sample validation and metal stamping production.
Main capabilities: Stamping Dies | Progressive Die | Transfer Die | Prototype Die | Prototype Tooling | Stamping Parts | Custom Metal Stamping Parts
For new tooling or stamping projects, please send your 2D drawing, 3D model, material grade, sheet thickness, tolerance requirements, annual volume and sample target date through Contact Us.
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