Introduction: Our company specializes in production and sales: mechanics: full servo tensile testing machine, gantry testing machine, material tensile testing machine, wire and cable tension testing machine, microcomputer single column tensile machine, desktop tensile machine, economical double column tensile machine . Spring life testing machine, large-scale automatic spring life testing machine. Applicable to rubber and plastics, light industrial textiles, building doors and windows, composite materials, wire and cable, battery life, automotive parts, power machinery, scientific research institutions, small terminals. This machine is an electric type tensile testing machine. The precision speed control motor transmission drives the bearing and the rod forward or backward. After the specimen is stretched, the tension value can be read out by a tension gauge to obtain the strength of the specimen. Technical Parameters: 1. Maximum tensile strength: 50kg (machine stand capacity) 2. Stroke: 300mm (without clamp travel) 3. Power: about 40W 4. Weight: 30kg (approx.) 5. Measurement accuracy: ± 0.5% / ± 1% 6. Speed range: 10-300mm/min 7. Control: Stepless speed regulation (automatic, jog function) 8. Protection device: displacement protection 9. Dimensions (length * width * height): 750*260*360mm
Introduction: Our company specializes in production and sales: mechanics: full servo tensile testing machine, gantry testing machine, material tensile testing machine, wire and cable tension testing machine, microcomputer single column tensile machine, desktop tensile machine, economical double column tensile machine . Spring life testing machine, large-scale automatic spring life testing machine. Applicable to rubber and plastics, light industrial textiles, building doors and windows, composite materials, wire and cable, battery life, automotive parts, power machinery, scientific research institutions, small terminals. This machine is an electric type tensile testing machine. The precision speed control motor transmission drives the bearing and the rod forward or backward. After the specimen is stretched, the tension value can be read out by a tension gauge to obtain the strength of the specimen.
