What are the features and advantages of a toggle type injection molding machine?
Top Unite full range of plastic injection machines are toggle injection molding machines. The clamping way of the toggle system is using an oil cylinder as a power source to bring the toggle to open and close the platen.
Due to the different angles to the toggle position has a decelerate interval before the mold touchpoint that can literally give safety to the mold.
In comparing with hydraulic-clamping the oil piston of the toggle is smaller, so it can provide a more high-speed in platen moving. And the mold thick adjust is using adjusting nuts to fix the platen, the mold position will always stay at the same point unless change the position.
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EH-DS Series (180~750 TON)
The 180ton to 750ton medium and large size Hybrid Injection machine equips a high-performance servo motor, which also achieves an outstanding energy-saving effect. With a rapid response and pressure output linear feature, easy to reach every requirement given by the user. It reduces the motor r.p.m when during the low flow is required and the product cooling to save the energy consumption. Comparing with the conventional hydraulic injection machine, it saves 60% energy at least.
DC-DS Series (260~660 TON)
Top Unite launched high-performance two-color injection machine in the pursuit of high-quality that carries a TOSHIBA servo system. Via this servo system, it presents a high-performance injection, accurate dosing, and exact holding pressure switch point to give advantages to your production.This series of machines not only show high performance but also give its advantage to you in energy-saving. With the servo motor features, the current consumption depends on the pressure and the flow requirements that you set up, and it can greatly saving energy during the product cooling process.
V-DS Series (60~150 TON)
Vertical hybrid Injection Molding Machine with the toggle clamping system, build in an auxiliary hydraulic cylinder to assist lifting up the platform during clamping to reduce the loading of the toggle and make clamping more quickly, thereby to increase the lifetime, this mechanical structure also prevents when high-speed clamping causes the collision of the core and cavity.