The Advanses low velocity impact test system is a drop impact testing machine fully designed and developed in-house for research on composite, plastic materials. The details are as below;
- Force balanced all steel structure
- Maximum fall height of 2m.
- High precision loadcell of 20KN capacity
- Independent automatic pneumatically controlled drop system
- Full configurable material sample holding fixtures able to handle samples of varied sizes.
- High speed data acquisition system with data rate of 50,000 data samples in 1 second.
- All test exportable in MS Excel format.
- Fully benchmarked for ISO 6603 and ASTM D7136.
Advanses Low Velocity Impact Test System
Overview
The Advanses low velocity impact test system is an advanced drop impact testing machine specifically engineered for materials research. This system has been fully designed and developed in-house to provide precise testing capabilities for composite and plastic materials, ensuring reliable data for research and quality control purposes.
Key Features
Robust Construction
- Force balanced all-steel structure ensuring stability during testing
- Maximum fall height of 2 meters allowing for varied impact energy testing scenarios
High-Precision Measurement
- Equipped with a high-precision 20KN capacity loadcell for accurate force measurements
- High-speed data acquisition system capable of collecting 50,000 data samples per second
Advanced Control Systems
- Independent automatic pneumatically controlled drop system for consistent test conditions
- Configurable material sample holding fixtures accommodating samples of various dimensions
Data Management
- Comprehensive test results exportable in Microsoft Excel format for easy analysis and reporting
- User-friendly interface for efficient test setup and monitoring
Compliance
The Advanses low velocity impact test system has been fully benchmarked for compliance with international testing standards:
- ISO 6603: Plastics — Determination of puncture impact behavior of rigid plastics
- ASTM D7136: Standard Test Method for Measuring the Damage Resistance of a Fiber-Reinforced Polymer Matrix Composite to a Drop-Weight Impact Event
Applications
This testing system is ideal for:
- Research and development of composite materials
- Quality control in materials manufacturing
- Performance testing of plastic components
- Academic research on material impact properties
- Product development and validation
Contact us to get the latest information and a quick quotation for all your testing needs.