E10000 Floor Model
The ElectroPuls™ E10000 is a state-of-the-art, all-electric test instrument designed for dynamic and static testing on a wide range of materials and components.
Features
- Oil-free linear motor technology for clean conditions
- Designed for both dynamic and static testing on a variety of materials and components
- High dynamic performance, capable of performing up to 100 Hz
- Up to ±10 kN dynamic load capacity and ±7 kN long term static capacity
- Electrically powered from single phase main supply, no need for hydraulic or pneumatic air supplies
- Temperature-controlled air-cooling system
- High stiffness, precision-aligned twin column load frame with actuator in upper crosshead
- Versatile T-slot table for regular and irregular grips and specimens
- Compact instrument – frame requires less than 0.8 m² (8.6 ft²) of floor space
System Highlights
- Dynamic Force Capacity: ±10000 N (±2250 lbf)
- Linear Stroke: 60 mm (2.36 in)
- Daylight Opening (max): 877 mm (34.5 in) maximum with actuator at mid stroke
- Electrical Power: Single-phase mains only
- Configuration: Twin-column floor instrument with actuator in upper crosshead
- Lift & Locks: Electrically powered lifts with manual lever clamps
- Mounting: Floor, vertical
Testing Solutions
Some key application areas and test types suitable for the ElectroPuls E10000 include:
- Static and Fatigue Testing of Spinal Implant Constructs to ASTM F1717
- Fatigue Testing Stent Materials and Structures in a “Test to Fracture” Approach
- Dynamic Fatigue Testing Endosseous Dental Implants to ISO 14801
- Metallic Angled Orthopaedic Fracture Fixation Devices to ASTM F384
- Flexural Fatigue Testing of Metallic Bone Plates and Fixation Devices to ASTM F382
- Characterization and Fatigue of Intervertebral Disc Prostheses to ASTM F2346
- Fatigue Testing of Impants for Finger Fractures
- Fatigue of Knee Tibial Trays Prostheses to ISO 14879-1
- Endurance and Fatigue Testing of Artifical Hip Implant Prostheses to ISO 7206
- Dynamic Fatigue Testing of Femoral Nails
- Impulse and Fatigue of Athletic Footwear Using Energy Control to ASTM F1614
- Durability and Fatigue Testing of Elastomeric Materials and Components
- Lower Force Fatigue Testing of Plastics at High and Low Temperatures
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