Formability Test Servo Press System (GA-MF-160)

Formability Test Servo Press System

(ga-mf-160

)

The Formability Test Servo Press System is an advanced testing solution designed for precise evaluation of formability characteristics of various metals and composite materials.

The system supports test loads of 80 tons (punch) and 160 tons (holder) and applies a high-precision servo press mechanism with digital control to ensure accurate and highly repeatable testing performance.

Equipped with automatic data acquisition and analysis functions, the system is optimized for material development, process optimization, and quality evaluation across defense, aerospace, and automotive industries.

• Main Features

• Maximum Test Load
  Punch: 80 tons
  Holder: 160 tons (Load cell type)

• Displacement Measurement Range
  Punch: 300 mm
  Holder: 300 mm (LVDT type)

• Control Method
  Digital servo control

• Test Speed
  Up to 600 mm/min

• Available Test Methods
  LDR, HER, Erichsen, Bulge, FLD

• Key Advantages

• Comprehensive Formability Evaluation
  Precise analysis of forming characteristics for various materials

• High-Precision Servo Press System
  Independent dual-cylinder structure

• Accurate Load Measurement
  High-reliability load cell application

• Robust Mechanical Durability
  High-strength structural design

• Automatic Data Acquisition & Analysis
  Software-based test result management

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• Main Specifications (Customizable)

• Test Load: Punch 80 tons, Holder 160 tons (Load cell type)

• Displacement Range: Punch 300 mm, Holder 300 mm (LVDT type)

• Test Speed: Up to 600 mm/min

• Measurement Accuracy: Within 0.15%

• Control Method: Digital servo control

• Hydraulic Motor Output: 22 kW

• Power Supply: 380V, 3-phase

• Optional Feature: High-temperature forming test capability

• Applications & Benefits

• Defense and Aerospace Material Research
  Formability analysis of high-strength alloys and composite materials

• Material Development & Quality Evaluation
  Supports formability evaluation for automotive and mechanical components

• Maintenance Cost Reduction
  Process optimization through test-based validation

• Improved Operational Efficiency
  Reduced testing time through automated data analysis system

• Multi-Purpose Application
  Suitable for research institutes and production environments

• Custom Manufacturing

  The system can be customized according to test load, stroke, test methods, and operating environment.

  Specifications can be tailored to meet research objectives and defense/aerospace testing standards.

• Manufacturing & Inquiry

  For detailed specifications, research applications, defense equipment integration, and customization consultation regarding the Formability Test Servo Press System, please contact us at any time