Dongguan Changdong Tool & Die Co., Ltd. manufactures custom transfer dies for automotive and industrial sheet metal parts, including structural components, chassis parts, reinforcements, covers, housings, heat shields and complex formed metal parts.
Our transfer die manufacturing service covers engineering review, CAE forming analysis, die design, CNC machining, WEDM cutting, die assembly, press tryout, sample inspection and tooling validation.
Station layout, forming sequence, trimming line, locating method and transfer path planning.
Tooling for structural parts, chassis components, reinforcements, large brackets and covers.
Review thinning, cracking, wrinkling, springback, blank development and forming feasibility.
Press tryout, sample correction, CMM inspection and dimensional validation before release.
Custom transfer die manufacturing for automotive, industrial and complex sheet metal forming projects.
A transfer die manufacturer designs and builds multi-station stamping dies where a blanked metal part is transferred between stations for drawing, forming, trimming, piercing, flanging or restriking. Transfer dies are commonly used for large, deep or complex sheet metal parts that cannot be efficiently produced in a strip-fed progressive die.
A transfer die is a custom stamping tool used when the part needs separated forming stations and controlled part movement. Unlike a progressive die, where the part remains connected to a continuous strip, a transfer die moves the blanked part from station to station by a transfer system, robot, mechanical arm or automation device.
Transfer dies are often selected when the part is large, deep, asymmetric, structurally complex or difficult to support with a strip carrier. In automotive manufacturing, transfer dies are widely used for chassis parts, body structure components, reinforcements, large brackets, covers, housings, heat shields and other formed sheet metal parts.
Changdong reviews customer drawings, 3D data, material grade, thickness, tolerance requirements, press conditions, transfer method, inspection standards and annual production volume before recommending a transfer die process.
Transfer die manufacturing is not only about building several die stations. The real challenge is coordinating forming sequence, part transfer, station locating, press compatibility, trimming accuracy, springback control and inspection method. A weak transfer design can cause scratches, unstable locating, hole deviation, flange distortion, poor repeatability and repeated tryout correction.
Transfer die projects vary depending on part geometry, material behavior, forming depth and production requirements. Changdong supports custom transfer dies for automotive, appliance, industrial and precision sheet metal applications.
Used for structural parts, chassis components, reinforcements, large brackets, covers, housings and body-related parts.
Suitable for drawing, forming, restriking, blank holder control and stable material flow across stations.
Designed for large panels, covers, enclosures and structural components not suitable for strip carrying.
Built according to 2D drawings, 3D CAD data, material specifications, tolerance and press line conditions.
Transfer dies are commonly used when the stamped part requires more forming freedom than a progressive die can provide. The process is especially suitable for large, deep or complex parts where part transfer is more practical than strip feeding.
| Application | Typical Process | Engineering Focus | Transfer Die Benefit |
|---|---|---|---|
| Automotive Structural Parts | Drawing, forming, trimming, piercing, restriking | Strength, profile accuracy, springback and assembly datum | More forming freedom for complex geometry |
| Chassis Components | Blanking, forming, trimming and hole piercing | Dimensional stability, hole location and welding fit | Stable station-by-station forming |
| Reinforcement Parts | Forming, flanging, restriking and piercing | Springback, flange angle and structural fit | Better control for high-strength steel forming |
| Covers and Housings | Drawing, trimming, flanging and final forming | Draw depth, surface quality and wrinkling control | Better blank support and forming sequence control |
| Heat Shields and Exhaust Parts | Forming, trimming, piercing and embossing | Profile shape, edge quality and surface condition | Suitable for formed shapes and multi-step features |
A transfer die project should start with engineering review before tool manufacturing. This helps confirm whether the part is suitable for transfer die stamping, progressive die stamping, single-operation dies or another tooling method.
Review 2D drawings, 3D CAD files, material grade, thickness, tolerance requirements and assembly function.
Evaluate forming feasibility, part size, transfer method, press conditions and inspection requirements.
Use CAE simulation when needed, then design forming stations, trimming lines, locating method, transfer path and die components.
Manufacture die plates, inserts, punches, forming surfaces and tooling components through CNC machining, WEDM, grinding and fitting.
Conduct press tryout, sample inspection, dimensional correction and final validation before delivery or production release.
Transfer die design must consider both forming quality and part movement. A transfer die may have good forming surfaces, but if the transfer path, gripper points, locating structure or press compatibility are not properly reviewed, production stability can still fail.
| Design Factor | Why It Matters | Risk If Ignored |
|---|---|---|
| Forming Sequence | Controls how the part is gradually drawn, formed, trimmed and corrected | Cracking, wrinkling, thinning and springback |
| Transfer Path | Ensures the part can move between stations without collision or interference | Scratches, part collision and unstable transfer |
| Station Locating | Keeps the part in the correct position before each operation | Hole deviation, trimming mismatch and poor repeatability |
| Press Compatibility | Confirms tonnage, bed size, stroke, shut height and transfer clearance | Setup difficulty, unstable forming and low production efficiency |
| Inspection Strategy | Confirms whether the final part meets drawing and assembly requirements | Late quality disputes, rework and production rejection |
Transfer dies and progressive dies are both used for multi-station metal stamping, but they are selected for different reasons. Transfer dies are usually better for larger, deeper or more complex parts. Progressive dies are usually better for high-volume strip-fed parts where speed and unit cost are more important.
| Comparison | Transfer Die | Progressive Die |
|---|---|---|
| Part Movement | The blanked part is transferred independently between stations | The part remains attached to a continuous strip until final separation |
| Best For | Large, deep, complex or structural metal parts | High-volume small to medium parts with repeated features |
| Production Speed | Usually slower because part transfer and locating are more complex | Usually faster for high-volume continuous stamping |
| Forming Flexibility | More flexible for deep forming, large geometry and multi-step shaping | Efficient but limited by strip layout, carrier strength and feed pitch |
CAE simulation can help reduce forming risk before transfer die manufacturing begins. For transfer die projects, simulation may be used to evaluate material flow, thinning, wrinkling, cracking, springback, forming load, blank development and trimming line feasibility.
This is especially valuable for automotive structural parts, high-strength steel components, deep formed parts and large metal parts with tight assembly requirements. Simulation feedback can help optimize blank shape, drawbead position, forming surfaces, restriking process and springback compensation before tool steel is cut.
CAE simulation does not replace die tryout. It helps reduce risk before manufacturing, but the final transfer die still needs real press validation, sample inspection and engineering correction under actual stamping conditions.
Changdong supports transfer die manufacturing with in-house engineering, machining, assembly, tryout and inspection capability. Our manufacturing workflow includes die design, CNC machining, WEDM cutting, grinding, drilling, milling, die spotting, fitting, assembly, press tryout and dimensional validation.
Used for die plates, forming surfaces, inserts, punches, trimming blocks and precision components.
Supports precision cutting, clearance control, tooling component accuracy and final die fitting.
Press tryout supports sample forming, process validation and tooling correction before release.
CMM, checking fixture review and sample inspection help confirm dimensional accuracy.
Transfer die tryout verifies whether the die can run under real press conditions and whether the stamped part meets drawing requirements. During tryout, engineers check transfer stability, station locating, forming quality, trimming accuracy, hole position, burr condition, springback, repeatability and dimensional performance.
Confirm transfer path, gripper stability, part clearance and station alignment.
Review drawing quality, forming depth, surface marks, thinning, wrinkling and cracking risk.
Check trimming accuracy, hole position, burr condition, flange angle and edge quality.
Measure springback, profile accuracy, formed height and assembly-related dimensions.
Inspect samples by CMM, checking fixture, gauge or customer-defined inspection method.
Correct die clearance, forming surface, locating points, transfer timing or press parameters if needed.
To quote a transfer die accurately, the tooling manufacturer needs enough engineering information to evaluate die size, station count, material risk, forming difficulty, press compatibility, tryout workload and inspection requirements.
2D drawing and 3D CAD model of the stamped metal part.
Material grade, thickness, coating condition, tensile strength, yield strength and surface requirement.
Annual production volume and expected stamping production method.
Tolerance requirements, GD&T, key inspection dimensions and assembly function.
Press information, bed size, tonnage, stroke, shut height and transfer method if available.
Required inspection standard, CMM report, checking fixture, sample approval or documentation requirements.
Packaging, delivery, tryout sample, spare parts and export requirements if applicable.
A transfer die manufacturer designs, machines, assembles, tests and validates multi-station stamping dies where a blanked part is moved between stations for drawing, forming, trimming, piercing, flanging or restriking.
Transfer dies are suitable for large, deep, complex or structural sheet metal parts, including automotive chassis components, reinforcements, large brackets, covers, housings, heat shields and industrial metal parts.
A transfer die is better for large, deep or complex parts that need separated forming stations. A progressive die is usually better for high-volume small to medium parts that can be produced from a continuous strip.
Tryout verifies whether the transfer die can run under real press conditions. Engineers check transfer stability, forming quality, trimming accuracy, hole position, burr condition, springback and dimensional repeatability before production release.
Send 2D drawings, 3D CAD data, material grade, thickness, annual volume, tolerance requirements, press information, transfer method, inspection standards and sample approval requirements if available.
Changdong can support transfer die design, automotive transfer die manufacturing, CAE forming review, stamping die tryout, CMM inspection and practical engineering evaluation for large or complex sheet metal parts.
Send your 2D drawing, 3D model, material grade, thickness, tolerance requirements, press information and expected annual volume for transfer die review.
Send Drawings for Transfer 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. manufactures custom transfer dies for automotive and industrial sheet metal parts, including structural components, chassis parts, reinforcements, covers, housings, heat shields and complex formed metal parts.
Our transfer die manufacturing service covers engineering review, CAE forming analysis, die design, CNC machining, WEDM cutting, die assembly, press tryout, sample inspection and tooling validation.
Station layout, forming sequence, trimming line, locating method and transfer path planning.
Tooling for structural parts, chassis components, reinforcements, large brackets and covers.
Review thinning, cracking, wrinkling, springback, blank development and forming feasibility.
Press tryout, sample correction, CMM inspection and dimensional validation before release.
Custom transfer die manufacturing for automotive, industrial and complex sheet metal forming projects.
A transfer die manufacturer designs and builds multi-station stamping dies where a blanked metal part is transferred between stations for drawing, forming, trimming, piercing, flanging or restriking. Transfer dies are commonly used for large, deep or complex sheet metal parts that cannot be efficiently produced in a strip-fed progressive die.
A transfer die is a custom stamping tool used when the part needs separated forming stations and controlled part movement. Unlike a progressive die, where the part remains connected to a continuous strip, a transfer die moves the blanked part from station to station by a transfer system, robot, mechanical arm or automation device.
Transfer dies are often selected when the part is large, deep, asymmetric, structurally complex or difficult to support with a strip carrier. In automotive manufacturing, transfer dies are widely used for chassis parts, body structure components, reinforcements, large brackets, covers, housings, heat shields and other formed sheet metal parts.
Changdong reviews customer drawings, 3D data, material grade, thickness, tolerance requirements, press conditions, transfer method, inspection standards and annual production volume before recommending a transfer die process.
Transfer die manufacturing is not only about building several die stations. The real challenge is coordinating forming sequence, part transfer, station locating, press compatibility, trimming accuracy, springback control and inspection method. A weak transfer design can cause scratches, unstable locating, hole deviation, flange distortion, poor repeatability and repeated tryout correction.
Transfer die projects vary depending on part geometry, material behavior, forming depth and production requirements. Changdong supports custom transfer dies for automotive, appliance, industrial and precision sheet metal applications.
Used for structural parts, chassis components, reinforcements, large brackets, covers, housings and body-related parts.
Suitable for drawing, forming, restriking, blank holder control and stable material flow across stations.
Designed for large panels, covers, enclosures and structural components not suitable for strip carrying.
Built according to 2D drawings, 3D CAD data, material specifications, tolerance and press line conditions.
Transfer dies are commonly used when the stamped part requires more forming freedom than a progressive die can provide. The process is especially suitable for large, deep or complex parts where part transfer is more practical than strip feeding.
| Application | Typical Process | Engineering Focus | Transfer Die Benefit |
|---|---|---|---|
| Automotive Structural Parts | Drawing, forming, trimming, piercing, restriking | Strength, profile accuracy, springback and assembly datum | More forming freedom for complex geometry |
| Chassis Components | Blanking, forming, trimming and hole piercing | Dimensional stability, hole location and welding fit | Stable station-by-station forming |
| Reinforcement Parts | Forming, flanging, restriking and piercing | Springback, flange angle and structural fit | Better control for high-strength steel forming |
| Covers and Housings | Drawing, trimming, flanging and final forming | Draw depth, surface quality and wrinkling control | Better blank support and forming sequence control |
| Heat Shields and Exhaust Parts | Forming, trimming, piercing and embossing | Profile shape, edge quality and surface condition | Suitable for formed shapes and multi-step features |
A transfer die project should start with engineering review before tool manufacturing. This helps confirm whether the part is suitable for transfer die stamping, progressive die stamping, single-operation dies or another tooling method.
Review 2D drawings, 3D CAD files, material grade, thickness, tolerance requirements and assembly function.
Evaluate forming feasibility, part size, transfer method, press conditions and inspection requirements.
Use CAE simulation when needed, then design forming stations, trimming lines, locating method, transfer path and die components.
Manufacture die plates, inserts, punches, forming surfaces and tooling components through CNC machining, WEDM, grinding and fitting.
Conduct press tryout, sample inspection, dimensional correction and final validation before delivery or production release.
Transfer die design must consider both forming quality and part movement. A transfer die may have good forming surfaces, but if the transfer path, gripper points, locating structure or press compatibility are not properly reviewed, production stability can still fail.
| Design Factor | Why It Matters | Risk If Ignored |
|---|---|---|
| Forming Sequence | Controls how the part is gradually drawn, formed, trimmed and corrected | Cracking, wrinkling, thinning and springback |
| Transfer Path | Ensures the part can move between stations without collision or interference | Scratches, part collision and unstable transfer |
| Station Locating | Keeps the part in the correct position before each operation | Hole deviation, trimming mismatch and poor repeatability |
| Press Compatibility | Confirms tonnage, bed size, stroke, shut height and transfer clearance | Setup difficulty, unstable forming and low production efficiency |
| Inspection Strategy | Confirms whether the final part meets drawing and assembly requirements | Late quality disputes, rework and production rejection |
Transfer dies and progressive dies are both used for multi-station metal stamping, but they are selected for different reasons. Transfer dies are usually better for larger, deeper or more complex parts. Progressive dies are usually better for high-volume strip-fed parts where speed and unit cost are more important.
| Comparison | Transfer Die | Progressive Die |
|---|---|---|
| Part Movement | The blanked part is transferred independently between stations | The part remains attached to a continuous strip until final separation |
| Best For | Large, deep, complex or structural metal parts | High-volume small to medium parts with repeated features |
| Production Speed | Usually slower because part transfer and locating are more complex | Usually faster for high-volume continuous stamping |
| Forming Flexibility | More flexible for deep forming, large geometry and multi-step shaping | Efficient but limited by strip layout, carrier strength and feed pitch |
CAE simulation can help reduce forming risk before transfer die manufacturing begins. For transfer die projects, simulation may be used to evaluate material flow, thinning, wrinkling, cracking, springback, forming load, blank development and trimming line feasibility.
This is especially valuable for automotive structural parts, high-strength steel components, deep formed parts and large metal parts with tight assembly requirements. Simulation feedback can help optimize blank shape, drawbead position, forming surfaces, restriking process and springback compensation before tool steel is cut.
CAE simulation does not replace die tryout. It helps reduce risk before manufacturing, but the final transfer die still needs real press validation, sample inspection and engineering correction under actual stamping conditions.
Changdong supports transfer die manufacturing with in-house engineering, machining, assembly, tryout and inspection capability. Our manufacturing workflow includes die design, CNC machining, WEDM cutting, grinding, drilling, milling, die spotting, fitting, assembly, press tryout and dimensional validation.
Used for die plates, forming surfaces, inserts, punches, trimming blocks and precision components.
Supports precision cutting, clearance control, tooling component accuracy and final die fitting.
Press tryout supports sample forming, process validation and tooling correction before release.
CMM, checking fixture review and sample inspection help confirm dimensional accuracy.
Transfer die tryout verifies whether the die can run under real press conditions and whether the stamped part meets drawing requirements. During tryout, engineers check transfer stability, station locating, forming quality, trimming accuracy, hole position, burr condition, springback, repeatability and dimensional performance.
Confirm transfer path, gripper stability, part clearance and station alignment.
Review drawing quality, forming depth, surface marks, thinning, wrinkling and cracking risk.
Check trimming accuracy, hole position, burr condition, flange angle and edge quality.
Measure springback, profile accuracy, formed height and assembly-related dimensions.
Inspect samples by CMM, checking fixture, gauge or customer-defined inspection method.
Correct die clearance, forming surface, locating points, transfer timing or press parameters if needed.
To quote a transfer die accurately, the tooling manufacturer needs enough engineering information to evaluate die size, station count, material risk, forming difficulty, press compatibility, tryout workload and inspection requirements.
2D drawing and 3D CAD model of the stamped metal part.
Material grade, thickness, coating condition, tensile strength, yield strength and surface requirement.
Annual production volume and expected stamping production method.
Tolerance requirements, GD&T, key inspection dimensions and assembly function.
Press information, bed size, tonnage, stroke, shut height and transfer method if available.
Required inspection standard, CMM report, checking fixture, sample approval or documentation requirements.
Packaging, delivery, tryout sample, spare parts and export requirements if applicable.
A transfer die manufacturer designs, machines, assembles, tests and validates multi-station stamping dies where a blanked part is moved between stations for drawing, forming, trimming, piercing, flanging or restriking.
Transfer dies are suitable for large, deep, complex or structural sheet metal parts, including automotive chassis components, reinforcements, large brackets, covers, housings, heat shields and industrial metal parts.
A transfer die is better for large, deep or complex parts that need separated forming stations. A progressive die is usually better for high-volume small to medium parts that can be produced from a continuous strip.
Tryout verifies whether the transfer die can run under real press conditions. Engineers check transfer stability, forming quality, trimming accuracy, hole position, burr condition, springback and dimensional repeatability before production release.
Send 2D drawings, 3D CAD data, material grade, thickness, annual volume, tolerance requirements, press information, transfer method, inspection standards and sample approval requirements if available.
Changdong can support transfer die design, automotive transfer die manufacturing, CAE forming review, stamping die tryout, CMM inspection and practical engineering evaluation for large or complex sheet metal parts.
Send your 2D drawing, 3D model, material grade, thickness, tolerance requirements, press information and expected annual volume for transfer die review.
Send Drawings for Transfer 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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