Mechanical Arm Equipped Plastic Injection Machine Injecting Machine to Get Dental Floss Pick

This machine is designed specifically to produce dental floss picks via plastic injection molding with an integrated mechanical arm for part handling and removal.

Model PSYX by Pasen; power 9 kW; standard voltage 380V (customizable); dimensions 1800 × 1300 × 2000 mm; customizable moulds; manufacturer supply ability 100 sets per month; engineers available for overseas service.

The mechanical arm automates demolding, part removal and placement (or transfer to downstream equipment), improving precision, cycle consistency, safety and overall production efficiency.

It is suitable for common thermoplastics used for dental picks (for example polypropylene (PP), polyethylene (PE), ABS, and similar grades). For dental/medical applications, use medical- or food-grade materials and confirm material compatibility with the supplier.

Yes. Moulds are customizable to accommodate different pick shapes, sizes and multi-cavity configurations. Provide your part drawings or samples so the supplier can design the appropriate mould.

Production rate depends on part design, shot weight, number of mould cavities and cycle time. Exact output should be calculated from your specific mould and cycle requirements—contact the supplier with your design and target output for a capacity estimate.

Standard requirements include the specified electrical supply (380V or customized), adequate floor space (machine dimensions 1800×1300×2000 mm), and typically provisions for compressed air and water cooling depending on peripheral equipment. Confirm exact utility needs with the supplier before installation.

Yes — engineers are available for overseas service for installation, commissioning and operator training. Confirm scope, travel and service terms with the supplier when ordering.

Typical safety features include safety interlocks/guards, emergency stop, and programmed safety sequences. Exact safety items and certifications should be confirmed with the supplier to ensure compliance with local regulations.

Routine maintenance includes keeping the mould and platens clean, regular lubrication of moving parts, inspection of the mechanical arm and pneumatic/hydraulic systems, and scheduled checks of electrical components. Follow the supplier’s maintenance schedule and manuals.

Lead time depends on order details, mould development and current production schedule. The manufacturer’s machine supply capacity is up to 100 sets per month; for a specific lead time get a written delivery estimate from the supplier.

Specific warranty terms and spare parts availability are not listed here—please request the supplier’s warranty policy, spare parts list and recommended spare parts kit when requesting a quote.

Yes. The machine’s mechanical arm and standard controls make it suitable for integration with downstream conveyors, packaging or inspection systems. Discuss integration requirements with the supplier and provide details of your line for compatibility planning.

Contact the supplier with your desired part design (CAD/drawing), expected production rate, required material grade and any special requirements. The supplier can then provide a quotation, proposed mould layout and technical specifications.

Quality control depends on your process, mould design and material selection. You can implement in-line inspection, reject systems and use certified medical/food-grade materials. Ask the supplier about options for process monitoring, testing support and any machine certifications they hold.