Product Description:

This machine can vacuum form various plastic sheets (PVC, PP, PE, POF, PPT, PTGF, APET, ABS, OPP, PS, PET, etc.) into plastic covers of different shapes through different molds, and is widely used in industries such as toys, hardware, electronics, and food.

HX-61D single furnace heating, dual station forming. The power consumption of one board-cutting machine is equivalent to the production efficiency of two board-cutting machines, making it suitable for enterprises with large output. It can effectively save electricity, shorten investment return time, and greatly reduce operating time and equipment costs.

Main Features:

1, Core Performance Advantage: Breakthrough in Efficiency and Energy Efficiency

1. Dual station molding design, doubling efficiency and saving energy
Different from traditional single station models, this machine innovatively adopts a combination mode of single electric furnace heating and dual station forming:
The electric furnace can synchronously serve two forming stations, avoiding heat waste during single station standby and effectively reducing electricity consumption.
Dual station alternating molding eliminates the need to wait for a single station to complete the entire process before starting the next production. The production efficiency is nearly twice that of traditional single-station models, significantly reducing the delivery cycle for small batch orders.

2. New heating system, suitable for high difficulty processing
Targeted upgrade of heating material location, balancing energy saving and process flexibility:
Adopting new energy-saving heating bricks with higher thermal conversion efficiency further reduces energy consumption compared to traditional heating elements.
Paired with an independent temperature controller, it can accurately adjust the local temperature according to different materials (such as PVC, PET, PP, etc.) or product thickness, making it easy to meet the processing needs of complex shapes, uneven thickness, and high difficulty vacuum-formed products.

3. Strengthen the shaping of cold air and accelerate production circulation
Configure a reinforced cold air system that directly applies to the formed product:
Quickly reduce product temperature, accelerate the cooling and shaping of plastic parts, and avoid deformation problems caused by slow cooling.
Shortening the molding cycle further reduces the production time of individual products, indirectly improving overall production efficiency.

2, Mechanical and operational design: stable, convenient, and widely adaptable
1. Structural optimization, stable and reliable performance
Reasonable design+fine workmanship: The core components (such as molding, mold frame, and transmission structure) have been mechanically optimized, with solid material selection to reduce wear and failure during long-term use;
Simple structure: Simplify redundant components, not only reducing the difficulty of later maintenance (such as easier replacement of vulnerable parts), but also reducing the probability of mechanical failures, ensuring long-term stable operation.

2. Dual operation mode, suitable for people with full proficiency
Support switching between automatic and manual operations, catering to the needs of different operators:
Automatic mode: After preset parameters, it can automatically complete core processes such as molding and cooling, suitable for skilled workers to quickly mass produce and reduce human operation errors.
Manual mode: Key steps can be manually controlled (such as heating time, fine adjustment of forming pressure), suitable for beginners to familiarize themselves with the process or for fine processing of special specification products.

3. Optimization of human-machine collaboration, saving labor, time, and effort
Adopting a semi-automatic process design of "manual feeding+automatic forming":
Manual feeding can flexibly control the positioning of the board, avoiding the adaptation limitations of automated feeding on small batch and multi-specification orders;
The molding process is fully automated, without the need for manual supervision and waiting, reducing the repetitive labor of operators and achieving the goal of "one person can manage multiple machines", significantly reducing labor costs.