Instron ElectroPuls® E3000 Dynamic Testing System
Description
The Instron ElectroPuls E3000 is a high-performance electrodynamic testing system designed for static, cyclic, fatigue, and dynamic mechanical testing of biomaterials, medical devices, biological tissues, polymers, composites, metals, and other engineering materials. The system is capable of performing both quasi-static and high-frequency dynamic loading, making it well suited for research involving orthopaedic implants, soft tissues, prosthetic devices, biomaterials, additive manufacturing, and structural materials.
Key Capabilities
- Static tensile and compression testing
- Dynamic and cyclic fatigue testing
- Force- or displacement-controlled loading
- High-frequency mechanical testing
- Creep and stress relaxation experiments
Typical Applications
- Orthopaedic implant testing
- Biomaterials research
- Tissue biomechanics
- Tendon and ligament testing
- Bone mechanics
- Fatigue life assessment
- Medical device development
- Polymer characterization
- Composite materials testing
- Additive manufacturing research
- Quality assurance and product development
Technical Specifications
Maximum Linear Dynamic Load Capacity: ±3000 N
Maximum Linear Static Load Capacity: ±2100 N
Maximum Torsional Dynamics Capacity: ±25 Nm
Maximum Torsional Dynamics Capacity: ± 18 Nm
Maximum Stroke: 60 mm
Maximum Dynamic Frequency: Up to 100 Hz (application dependent)
Control Modes:
- Force Control
- Displacement Control
- Strain Control (with AVE2 digital extensometer)
Load Measurement:
- ±5000 N ±25 Nm Dynacell™ & ±250 N Dynacell™
Available Compatible Fixtures:
- BioPuls temperature-controlled biobath
- Submersible side-action grips (250 N capacity)
- Three- and four-point bend fixtures
- AVE2 Digital Extensometer
- Custom fixtures
Software:
Instron WaveMatrix3® Dynamic Testing Software
2D DIC Replay Software
Available Test Modes:
☑ Tensile Testing
☑ Compression Testing
☑ Fatigue Testing
☑ Cyclic Loading
☑ Dynamic Mechanical Testing
☑ Creep Testing
☑ Stress Relaxation
☑ Load-to-Failure Testing
☑ Stiffness Measurement
☑ Custom Mechanical Protocols