Opening Stroke: | 650mm |
---|---|
Clamping Force: | 3430 |
Injection Rate: | 452 |
Injection Weight: | 780g |
Automatic: | Yes |
Plastic Type: | Thermoplastic |
Place of Origin: | Japan |
Model Number: | EC350SX |
Brand Name: | Toshiba |
Style: | Horizontal |
Condition: | Used |
Year: | 2013 |
Quick Details
Specifications
New molding clamping unit (Solid Clamp)
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New toggle mechanism: link line toggle + two piece platens
- Minimizes mold deflection and achieves uniform clamping force distribution.
- Enables molding even by clamping force lower than conventional unit and contributes to improve product quality and mold maintenance reduction. -
Dynamic acceleration/deceleration control (Patent pending)
- Adopts acceleration/deceleration control to reduce shock at mold opening/closing.
- Enables maximum accelerate from an arbitrary position achieving high speed cycle molding. -
High response ejection
- Sharp movement shortens ejection time. -
Grease-less tie rod
- Grease-less tie rods eliminates grease adhesion onto mold or product and maintains clean environment.
- Standard rust proofing on the hopper inlet prevents mixing of rust or refuse into product. -
SFC (high-speed mold open/close) specification (option)
- Shortens dry cycle time further and achieves molding at higher spee
New injection unit S-Cube (Simple, Steady, Smooth)
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Friction-free drive
- Suppresses slide resistance to the utmost limit and contributes to precise and steady molding by stable injection characteristic.
- Smoothes leading response of injection and improves charging stability.
- Reduces variation among molding machines. -
Control accuracy improvement in injection pressure and back pressure
- Absorbs inherent characteristic of pressure detector by linearize correction control, to lose machine difference to the utmost limit. This improves control accuracy of injection pressure and back pressure and achieves one up steady molding. -
Ultra-high speed and high-pressure injection specification (option)
- Achieves ultra high-response injection by a combination of newly developed low inertia /high response servomotor and direct drive mechanism.