Gking Tech

Automotive Metal

Forming Solutions

Equipment and automation solutions for automotive structural parts, body components, brackets, and high-volume stamping production.

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Industry Overview

Supporting Modern Automotive Component Production

Automotive component manufacturing requires stable forming accuracy, reliable repeatability, efficient production cycles, and flexible automation. Shanghai Geeking helps customers match suitable punch presses, hydraulic presses, manipulators, and laser cutting machines according to part structure, material properties, tooling requirements, and target output.

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Stable Forming Accuracy

High-Volume Production

Flexible Automation

Reliable Process Matching

Components Suitable for Metal Forming and Automated Production

Our equipment solutions can be matched to a wide range of automotive sheet-metal and structural components, from small brackets to larger body and chassis parts. Final equipment selection depends on component geometry, material thickness, forming depth, tooling structure, and production volume.

Body Panels

Exterior and interior sheet-metal panels requiring stable forming quality and surface consistency.

Chassis Brackets

Stamped and formed brackets used in chassis, suspension, and underbody assemblies.

Cross Members

Structural cross members produced through blanking, forming, punching, and trimming processes.

Structural Reinforcements

Reinforcement components designed to improve vehicle body strength and structural stability.

Seat Frame Components

Metal frames, supports, and connecting parts used in automotive seating systems.

Battery Tray Components

Formed and cut metal components used in electric vehicle battery tray structures.

Meeting the Demands of Automotive Production

Automotive suppliers must balance dimensional accuracy, production efficiency, tooling stability, material performance, and automation. The right equipment configuration should support not only the forming process, but also material transfer, changeover efficiency, inspection, and future capacity expansion.

Equipment Matched to Your Automotive Process

Different automotive components require different forming methods. We help customers evaluate equipment type, nominal force, table size, stroke, automation level, and process route according to actual production requirements.

Punch Press Solutions

Suitable for blanking, punching, progressive die stamping, transfer stamping, and high-volume production of brackets, reinforcements, and structural components.
Hydraulic Forming Solutions

Suitable for deep drawing, complex forming, calibration, trimming, and larger automotive components requiring controlled forming force.
Automated Transfer Solutions

Manipulators support loading, unloading, part transfer, and coordinated production between multiple presses, helping reduce manual handling and improve production consistency.
Flexible Laser Cutting Solutions

Suitable for blank preparation, prototype development, low-to-medium volume production, and flexible processing of components with frequently changing designs.

Punch Press Solutions

Suitable for blanking, punching, progressive die stamping, transfer stamping, and high-volume production of brackets, reinforcements, and structural components.
Hydraulic Forming Solutions

Suitable for deep drawing, complex forming, calibration, trimming, and larger automotive components requiring controlled forming force.
Automated Transfer Solutions

Manipulators support loading, unloading, part transfer, and coordinated production between multiple presses, helping reduce manual handling and improve production consistency.
Flexible Laser Cutting Solutions

Suitable for blank preparation, prototype development, low-to-medium volume production, and flexible processing of components with frequently changing designs.

From Raw Material to Finished Automotive Components

A complete automotive metal-forming process may include material preparation, blanking, stamping, deep drawing, trimming, punching, automated transfer, inspection, and preparation for welding or assembly. The process route should be planned according to component design and production volume.

01 | Material Preparation

02 | Blanking or Laser Cutting

03 | Stamping or Deep Drawing

04 | Trimming and Punching

05 | Automated Transfer

06 | Inspection and Assembly Preparation

A Solution Based on Your Parts and Production Goals

We evaluate your component design, material, forming process, tooling, production capacity, and automation requirements before recommending a suitable equipment configuration.

Part Geometry

Component size, shape, forming depth, structural complexity, and dimensional requirements determine the suitable forming method and machine configuration.
Material & Thickness

Material type, strength, thickness, and surface condition influence the required forming force, machine structure, and process control.
Forming Process

We evaluate whether the component requires blanking, punching, stamping, deep drawing, trimming, calibration, or combined processing.
Tooling Requirements

Tool size, weight, structure, feeding direction, and interface requirements must be coordinated with the press and automation system.
Target Output

Required hourly, daily, or annual output helps determine machine speed, automation level, production layout, and equipment quantity.
Automation Level

Automation can cover material feeding, loading, unloading, part transfer, inspection, and connection with downstream production processes.

Part Geometry
Material & Thickness
Forming Process
Tooling Requirements
Target Output
Automation Level

Share your component drawings, material specifications, thickness, target output, tooling information, and automation requirements. We will help you evaluate a suitable equipment and process solution.

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