Triaxial Testing Machines | Geotechnical analysis, soil mechanics research | 10kN max load (Industry: 15kN ▼), ±0.5% strain accuracy (ISO 6892-1 ▲) 220V power, enclosed safety design (ISO 13849-1) | High strain precision for soil stress analysis ▲ Compact benchtop design | Lower capacity limits heavy-duty tests ▼ 1-year warranty (Industry: 2 years ▼) |
Universal Testing Machines | Material strength testing (metals/plastics), R&D | 50kN max load (ASTM E4), variable speed (0.01-500 mm/min) 3-phase power | Versatile for diverse materials and tests High capacity for heavy-duty applications | Larger footprint, higher cost Requires skilled operators |
Material Testing Systems | Industrial compliance testing, quality control | 100kN capacity (ISO 7500-1), environmental chambers (-40°C to 200°C) | Simulates extreme conditions for certification High precision across materials | Expensive upfront cost Complex calibration and maintenance |
Soil Testing Equipment | Environmental remediation, construction site analysis | Specialized for soil permeability (ASTM D2434), moisture content analysis | Directly addresses soil-specific needs Field-portable options available | Narrow application scope Limited to basic parameters (e.g., no stress analysis) |
Benchtop Testing Systems | Lab research, educational institutions | Compact design (50x40cm footprint), 5kN capacity (ISO 5130) | Cost-effective and space-efficient Easy to integrate into small labs | Lower capacity restricts heavy material testing Limited advanced features |
Portable Testing Devices | On-site inspections, field surveys | Battery-powered, 3kN capacity (ASTM D695), wireless data logging | Mobility for real-time field analysis Rugged design for harsh environments | Reduced precision vs lab-grade systems Shorter battery life (4-6 hours) |