Industry Standard Resistive Load Cells | Industrial weighing systems, static force measurement | Alloy steel construction (EPR-compliant), accuracy ±0.05% FS, capacity up to 5t (ISO 376) | Cost-effective, reliable for static loads, widely adopted | Limited to static loads, drift over time, lower accuracy (▲) |
Our Base Model (5kg) | Lab equipment, small-scale applications | Alloy steel, 5kg capacity (ISO 376), accuracy ±0.03% FS (▲15% improvement), RoHS/EPR | High precision for small loads, compact design, dual certifications | Lower capacity limits, no piezoelectric option |
Our Mid Model (5t) | Industrial machinery, vehicle weighing | Alloy steel, 5t capacity (ISO 376), accuracy ±0.03% FS, EPR-compliant mounting design | Improved accuracy over industry standard, robust for mid-range loads | Bulky compared to smaller models, no dynamic load capability |
Our Advanced Model (10t) | Heavy industrial systems, large-scale applications | Alloy steel, 10t capacity (ISO 376), accuracy ±0.02% FS (▲30% improvement), piezoelectric option (▲) | Highest capacity in line, hybrid resistive-piezoelectric tech for dynamic loads | Higher cost, requires skilled installation for piezoelectric features |
Piezoelectric Load Cells (Industry) | Dynamic force testing (e.g., impact, vibration) | Ceramic crystal core, response time <2ms (IEC 60770), no hysteresis | Fast response, ideal for dynamic loads, no drift in short-term use | Drift over time, requires charge amplifier, lower accuracy for static loads |
Hydraulic Load Cells (Industry) | Harsh environments (high temp, corrosive) | Stainless steel housing (IP68), capacity up to 50t, no electrical components | Rugged, immune to electromagnetic interference, no wiring needed | Bulky design, temperature-dependent performance, complex calibration |