Progressive Tooling

Progressive Tooling

This Progressive Tooling project is associated with a 1.5 mm CR330Y590T-DP GI50/50-U automotive bracket or reinforcement application. The supplied die-set and bottom-plate dimensions provide a basis for reviewing press fit, carrier stability, assembly access, and long-term maintenance.
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Description

Product Parameters

 

Item

Specification

Product Name

Progressive Die for Automotive Brackets

Part Material

CR330Y590T-DP GI50/50-U

Thickness

1.5 mm

Die Set Size

2710L x 1370W x 800H mm

Bottom Plate Size

2710L x 1370W x 800H mm

Tooling Type

Progressive die for reinforcement plates

 

10

Tooling Assembly and Maintenance

Progressive Tooling for automotive brackets needs a rigid plate stack and repeatable guidance because mounting holes, flanges, and strength features are often related to assembly datums. The progressive tooling assembly should allow pilots, punches, die buttons, forming inserts, and sensors to be reached without removing large unrelated sections. Replaceable progressive tooling components are especially useful at high-wear piercing and cutoff stations. For progressive production tooling, maintenance access, lifting points, die clamping positions, and spare-part identification should be settled during design rather than added after the first production issue.

Standard Components and Material Control

The 1.5 mm dual-phase galvanized material requires attention to springback, coating pickup, and edge condition. Die steel and heat treatment are selected for the actual load and customer standard. MISUMI standard parts are commonly used; PUNCH INDUSTRY, SANKYO OILLESS, Danly, Dayton, or FIBRO parts may be considered where their dimensions, ratings, and interfaces are approved. Some project documents use the phrase stamping progressive for this production method. Regardless of terminology, the practical checks remain pitch accuracy, carrier strength, hole position, profile, and consistent forming.

Scrap Discharge and Production Readiness

A progressive stamping tooling system must move both parts and scrap away from the working area without interruption. Smooth chutes made from embossed sheet material can support stable dropping off, while a pneumatic cylinder-driven vibrator may be added where scrap pieces tend to overlap or stop. The arrangement is reviewed against bolster openings and operator access. During Progressive Tooling tryout, a labeled strip is inspected for burrs, trimming line, flange angle, tool marks, and repeatability before the press speed is raised. Sensors and sample checks are agreed according to production risk.

Engineering Review Before Quotation

Please send the 2D drawing, 3D drawing, die technical standards, and press specification. Annual demand, inspection datum, coating requirement, and any mandatory component brands should also be included. Changdong can then review the Progressive Tooling layout, press interface, and sample plan against confirmed information.

Compliance Basis for Progressive Production

 

Progressive tooling for automotive brackets or reinforcement plates should be supported by both quality-system records and practical die-development evidence. The certificate area may show ISO 9001, IATF 16949 for automotive supply work, high-tech enterprise documentation, export operation qualification, and patents related to progressive feeding, cutting, forming, or scrap discharge.

This section helps buyers judge whether the Progressive Tooling supplier can manage repeatability after the first approved sample. It also gives context for maintenance access, spare-part traceability, sensor planning, and long-term production stability on coated dual-phase material.

product-1200-848

 

9001

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