Adoption of mechanical boosters for high vacuum and high pressure! Improved moldability for curved glass.
The "NGF-0203-PW" is a TOM molding machine capable of plug assist molding. With high vacuum (below 25Pa), air pockets are resolved, and with high pressure air (0.5MPa), molding of films that are difficult to stretch is possible. Additionally, a radiation thermometer is installed on the lower heater, allowing for temperature measurement of the film's underside. Please feel free to contact us if you have any requests. 【Features】 ■ High vacuum minimizes the occurrence of air pockets ■ High pressure air improves moldability ■ Capable of molding materials with high heating temperatures using upper and lower heaters ■ Plug assist is possible using upper and side tables *For more details, please refer to the PDF document or feel free to contact us.
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【Specifications (Partial)】 ■ Inner frame dimensions: 250×370mm ■ Film dimensions used: 297×420mm (A3) ■ Maximum product height: 100mm (including receiving jig) ■ Maximum product weight: 50kg (including receiving jig) ■ Maximum air pressure: 0.5MPa ■ Lower heater for film heating: 0.4kW × 6 units = 2.4kW ■ Upper heater for film heating: 0.4kW × 6 units = 2.4kW ■ Vacuum pump: 7.5kW ■ Mechanical booster: 3.0kW ■ Hydraulic unit: 5.5kW *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Busei Vacuum Co., Ltd. is highly regarded as an innovative company that combines a molding processing division with a manufacturing division for molding machines, aiming to realize the concretization of processing technology related to thermoforming. In pursuit of further development, we have established the next-generation molding (NGF molding) technology to explore the market for environmentally conscious decorative techniques. As an alternative processing method to painting and plating, it is being closely watched by the entire industry for its potential as a surface treatment method to enhance the functionality of base materials for fork products.
