An oven stamping die is custom tooling used to blank, pierce, bend, flange, draw and form sheet metal components for kitchen and home-appliance assemblies. Depending on the component geometry, production volume and forming depth, the tooling may use a progressive die, transfer die or a sequence of staged forming and cutting dies.
Dongguan Changdong Tool & Die Co., Ltd. has stamping-tooling experience for oven applications and designs custom dies according to the finished part drawing, material, sheet thickness, surface requirements, annual volume and customer press conditions.
This page focuses on general oven sheet metal tooling for panels, bases, frames, brackets and formed structural components. It does not claim a microwave-oven-specific tooling program unless that application is confirmed by the individual project.
Panels, bases and internal structures can combine drawing, embossing, piercing, bending and flange operations.
Progressive, transfer and staged dies are evaluated according to part size, geometry and production requirements.
Suitable tooling can be tested on Changdong presses according to die dimensions, force and equipment conditions.
Formed geometry, holes, flange condition, flatness and selected dimensions can be checked against project requirements.
There is no single die type for all oven components. Smaller brackets and repetitive sheet metal parts may use progressive dies. Larger panels or deeper formed components may require transfer or staged tooling. Components with broad surfaces, multiple flanges or assembly-critical holes may also benefit from separate forming, piercing and calibration operations. Tooling selection should therefore follow DFM, material behavior, annual volume and customer press conditions.
Outer and structural panels can require controlled hole location, bends, ribs, embossments and edge flanges.
Base components can combine mounting holes, formed recesses, stiffening features and multiple flanged edges.
Structural frames, supports and mounting brackets may suit progressive tooling when several operations repeat at volume.
Internal sheet metal components can require drawing, bending, embossing, trimming and calibration according to the finished assembly.
| Tooling Route | Typical Oven Application Logic |
|---|---|
| Progressive die | Suitable for repetitive brackets, supports and smaller components where piercing and forming can be completed through a stable strip-fed sequence. |
| Transfer die | Can be considered for larger or more deeply formed parts that need to move independently between forming stations. |
| Staged / single-operation dies | Useful when blanking, drawing, piercing, bending, flanging or calibration are better controlled as separate operations. |
For smaller oven components specifically suited to strip-fed production, see Multi-Station Progressive Die for Appliance Metal Parts.
Oven sheet metal components can combine relatively broad panels with localized drawn or embossed areas. These features redistribute material and residual stress, so the finished component can change shape after it is released from the die.
Forming radii, pad support, drawing sequence, flange direction and restriking should therefore be developed as one process. A part that appears simple in nominal CAD may still require correction to maintain panel stability or assembly geometry.
Changdong supports DFM and CAE when required, together with springback compensation, over-bending, restriking and physical tryout correction according to the actual project.
Oven panels and structural parts may contain mounting holes, slots and flange features used in later assembly. Their final relationship can change during bending and forming.
Piercing sequence should therefore be selected according to part stability. Features created too early may move during subsequent forming, while later piercing requires reliable location after the part geometry has developed.
The tooling route should be based on final assembly datums and functional relationships rather than treating each hole or flange as an isolated stamping feature.
Depending on the oven design, stamped components may use stainless, coated, galvanized or other specified sheet materials. Some components may also receive painting, enameling or another surface process after stamping.
Tool marks, excessive burrs, scratches or local surface damage can therefore affect more than appearance; they may also influence later coating or assembly quality.
Tool finish, lubrication, scrap control and part handling should be reviewed according to the actual material and downstream process. No universal scratch-free or coating-performance guarantee should be assumed without project review.
A kitchen-appliance component can combine panel geometry, holes, ribs, flanges and formed recesses in one relatively thin sheet metal part. Each operation changes the condition entering the next operation.
For this reason, stable oven tooling depends less on optimizing one isolated station and more on planning the complete sequence so material flow, hole position, panel shape and final assembly features remain compatible.
| Capability | Reference | Conditions |
|---|---|---|
| General sheet thickness | Approximately 0.3–12 mm | Subject to material grade, geometry, die structure and press conditions |
| Press tryout capacity | 45T–800T | For suitable tooling size, tonnage and press conditions |
| Maximum die length | Approximately 4,200 mm | Depending on die type, weight, structure and equipment conditions |
| Maximum product size | Approximately 1,200 mm | Depending on part geometry, tooling route and press conditions |
| Typical T0 sample timing | About 35 days | After final drawings and technical requirements are confirmed; actual timing is project-specific |
2D and 3D finished-part drawings
Material grade, coating and sheet thickness
Expected production volume
Drawing depth, embossed features and critical radii
Hole-position, flange and assembly requirements
Visible or surface-sensitive areas
Customer press model, tonnage, bed size, shut height and stroke
Feeder or transfer information where applicable
Inspection and sample-approval requirements
Customer tooling and buyoff standards
An oven stamping die is custom sheet metal tooling used to produce oven panels, bases, frames, brackets and formed structural components through blanking, piercing, drawing, bending, flanging and related stamping operations.
Oven components may use progressive, transfer or staged tooling depending on component size, drawing depth, material, surface condition, production volume and customer press requirements.
Dongguan Changdong Tool & Die Co., Ltd. has documented oven stamping-tooling application experience and supports custom die development with DFM, machining, assembly, suitable 45T–800T press tryout and sample validation.
Changdong manufactures stamping dies and stamped metal parts. This page does not position Changdong as an oven brand, appliance retailer or stamping press manufacturer, and does not claim a microwave-oven-specific tooling project unless separately confirmed.
Smaller repetitive components can use progressive dies, while larger or deeper formed parts may require transfer or staged drawing, piercing, bending and flanging dies.
Yes, suitable oven brackets, supports and other strip-fed components can use progressive tooling. The actual route depends on the drawing, material, volume and forming requirements.
This page covers general oven sheet metal stamping tooling. Microwave-oven-specific tooling should only be represented when the actual customer project and component scope are confirmed.
Suitable stainless, coated or other specified sheet materials can be evaluated, but forming, galling, surface marking, lubrication and downstream coating requirements need project-specific review.
Provide 2D and 3D part data, material and coating specification, sheet thickness, production volume, forming and assembly requirements, customer press information and inspection or buyoff criteria.
Send the part drawing, material specification, sheet thickness, production volume, forming requirements and customer press information for a project-specific tooling review.
Email Drawings for Oven Tooling ReviewChangdong 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
An oven stamping die is custom tooling used to blank, pierce, bend, flange, draw and form sheet metal components for kitchen and home-appliance assemblies. Depending on the component geometry, production volume and forming depth, the tooling may use a progressive die, transfer die or a sequence of staged forming and cutting dies.
Dongguan Changdong Tool & Die Co., Ltd. has stamping-tooling experience for oven applications and designs custom dies according to the finished part drawing, material, sheet thickness, surface requirements, annual volume and customer press conditions.
This page focuses on general oven sheet metal tooling for panels, bases, frames, brackets and formed structural components. It does not claim a microwave-oven-specific tooling program unless that application is confirmed by the individual project.
Panels, bases and internal structures can combine drawing, embossing, piercing, bending and flange operations.
Progressive, transfer and staged dies are evaluated according to part size, geometry and production requirements.
Suitable tooling can be tested on Changdong presses according to die dimensions, force and equipment conditions.
Formed geometry, holes, flange condition, flatness and selected dimensions can be checked against project requirements.
There is no single die type for all oven components. Smaller brackets and repetitive sheet metal parts may use progressive dies. Larger panels or deeper formed components may require transfer or staged tooling. Components with broad surfaces, multiple flanges or assembly-critical holes may also benefit from separate forming, piercing and calibration operations. Tooling selection should therefore follow DFM, material behavior, annual volume and customer press conditions.
Outer and structural panels can require controlled hole location, bends, ribs, embossments and edge flanges.
Base components can combine mounting holes, formed recesses, stiffening features and multiple flanged edges.
Structural frames, supports and mounting brackets may suit progressive tooling when several operations repeat at volume.
Internal sheet metal components can require drawing, bending, embossing, trimming and calibration according to the finished assembly.
| Tooling Route | Typical Oven Application Logic |
|---|---|
| Progressive die | Suitable for repetitive brackets, supports and smaller components where piercing and forming can be completed through a stable strip-fed sequence. |
| Transfer die | Can be considered for larger or more deeply formed parts that need to move independently between forming stations. |
| Staged / single-operation dies | Useful when blanking, drawing, piercing, bending, flanging or calibration are better controlled as separate operations. |
For smaller oven components specifically suited to strip-fed production, see Multi-Station Progressive Die for Appliance Metal Parts.
Oven sheet metal components can combine relatively broad panels with localized drawn or embossed areas. These features redistribute material and residual stress, so the finished component can change shape after it is released from the die.
Forming radii, pad support, drawing sequence, flange direction and restriking should therefore be developed as one process. A part that appears simple in nominal CAD may still require correction to maintain panel stability or assembly geometry.
Changdong supports DFM and CAE when required, together with springback compensation, over-bending, restriking and physical tryout correction according to the actual project.
Oven panels and structural parts may contain mounting holes, slots and flange features used in later assembly. Their final relationship can change during bending and forming.
Piercing sequence should therefore be selected according to part stability. Features created too early may move during subsequent forming, while later piercing requires reliable location after the part geometry has developed.
The tooling route should be based on final assembly datums and functional relationships rather than treating each hole or flange as an isolated stamping feature.
Depending on the oven design, stamped components may use stainless, coated, galvanized or other specified sheet materials. Some components may also receive painting, enameling or another surface process after stamping.
Tool marks, excessive burrs, scratches or local surface damage can therefore affect more than appearance; they may also influence later coating or assembly quality.
Tool finish, lubrication, scrap control and part handling should be reviewed according to the actual material and downstream process. No universal scratch-free or coating-performance guarantee should be assumed without project review.
A kitchen-appliance component can combine panel geometry, holes, ribs, flanges and formed recesses in one relatively thin sheet metal part. Each operation changes the condition entering the next operation.
For this reason, stable oven tooling depends less on optimizing one isolated station and more on planning the complete sequence so material flow, hole position, panel shape and final assembly features remain compatible.
| Capability | Reference | Conditions |
|---|---|---|
| General sheet thickness | Approximately 0.3–12 mm | Subject to material grade, geometry, die structure and press conditions |
| Press tryout capacity | 45T–800T | For suitable tooling size, tonnage and press conditions |
| Maximum die length | Approximately 4,200 mm | Depending on die type, weight, structure and equipment conditions |
| Maximum product size | Approximately 1,200 mm | Depending on part geometry, tooling route and press conditions |
| Typical T0 sample timing | About 35 days | After final drawings and technical requirements are confirmed; actual timing is project-specific |
2D and 3D finished-part drawings
Material grade, coating and sheet thickness
Expected production volume
Drawing depth, embossed features and critical radii
Hole-position, flange and assembly requirements
Visible or surface-sensitive areas
Customer press model, tonnage, bed size, shut height and stroke
Feeder or transfer information where applicable
Inspection and sample-approval requirements
Customer tooling and buyoff standards
An oven stamping die is custom sheet metal tooling used to produce oven panels, bases, frames, brackets and formed structural components through blanking, piercing, drawing, bending, flanging and related stamping operations.
Oven components may use progressive, transfer or staged tooling depending on component size, drawing depth, material, surface condition, production volume and customer press requirements.
Dongguan Changdong Tool & Die Co., Ltd. has documented oven stamping-tooling application experience and supports custom die development with DFM, machining, assembly, suitable 45T–800T press tryout and sample validation.
Changdong manufactures stamping dies and stamped metal parts. This page does not position Changdong as an oven brand, appliance retailer or stamping press manufacturer, and does not claim a microwave-oven-specific tooling project unless separately confirmed.
Smaller repetitive components can use progressive dies, while larger or deeper formed parts may require transfer or staged drawing, piercing, bending and flanging dies.
Yes, suitable oven brackets, supports and other strip-fed components can use progressive tooling. The actual route depends on the drawing, material, volume and forming requirements.
This page covers general oven sheet metal stamping tooling. Microwave-oven-specific tooling should only be represented when the actual customer project and component scope are confirmed.
Suitable stainless, coated or other specified sheet materials can be evaluated, but forming, galling, surface marking, lubrication and downstream coating requirements need project-specific review.
Provide 2D and 3D part data, material and coating specification, sheet thickness, production volume, forming and assembly requirements, customer press information and inspection or buyoff criteria.
Send the part drawing, material specification, sheet thickness, production volume, forming requirements and customer press information for a project-specific tooling review.
Email Drawings for Oven Tooling ReviewDongguan 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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