Sewing machines are widely used in the manufacturing industries, including the clothing industry, the shoes industry and the toy industry. Meanwhile, they are the main production equipment for the enterprises.
Actually the motors occupation coefficient is very low when the lockstitch sewing machine, double-needle sewing, button-holing machine, snap-fixing machine and other special mechanical devices are operated. For example, the motor of the lockstitch sewing only works while the needles working on the clothes, but most of time the motor works under the state of dallying. The experiments have proved that the actual working time of the motors is around 20%---40% for lockstitch sewing machine, double-needle sewing, 45%--68% for the button-holing machine, snap-fixing machine.
Contra pose to this phenomenon, we developed SEWSAVER. This product is designed to solve the electricity wasting problem that exists when the motor is working. Our company adopted the advanced microcomputer electronic technology to inspect and calculate the actual needed energy, and finally to control the power output as per motors actual load. The electricity saving rate can reach 55%--73% when there is no power output; The standard electricity saving rate can reach 15%--23% when there is power output. Therefore, by using our device, we can save electricity by 30%-55%.
Actually the motors occupation coefficient is very low when the lockstitch sewing machine, double-needle sewing, button-holing machine, snap-fixing machine and other special mechanical devices are operated. For example, the motor of the lockstitch sewing only works while the needles working on the clothes, but most of time the motor works under the state of dallying. The experiments have proved that the actual working time of the motors is around 20%---40% for lockstitch sewing machine, double-needle sewing, 45%--68% for the button-holing machine, snap-fixing machine.
Contra pose to this phenomenon, we developed SEWSAVER. This product is designed to solve the electricity wasting problem that exists when the motor is working. Our company adopted the advanced microcomputer electronic technology to inspect and calculate the actual needed energy, and finally to control the power output as per motors actual load. The electricity saving rate can reach 55%--73% when there is no power output; The standard electricity saving rate can reach 15%--23% when there is power output. Therefore, by using our device, we can save electricity by 30%-55%.
| 1 Sewsaver | DS-3001 | 220V | 150-300W | 0.27KG |
| 2 Sewsaver | DS-5001 | 220V | 300-600W | 0.3 KG |
| 3 Sewsaver | DS-38VT-A 380V | 250-400W | 0.41 KG | |
| 4 Sewsaver | DS-38VT | 380V | 250-400W | 0.44 KG |
| 5 Sewsaver | DS-68VT | 380V | 400-600W | 0.5 KG |