Manufacturing Dental Floss Pick Plastic Injection Molding Machine Making Machine

This hydraulic vertical injection molding machine is designed primarily to produce dental floss picks and other small plastic items, particularly for eco-friendly product lines and small-to-medium scale production.

Core components include motor, pump and PLC. It is a hydraulic, vertical-style machine with 3 injectors, a tie bar distance of 445 x 255 mm, an injection weight of 103 g, and an injection rate of 67 g/s. The machine is specified for processing PVC in the provided documentation.

The machine has 3 independent injectors, so it can run multi-cavity molds or three separate cavities depending on mold design. Exact cavity count depends on part geometry and mold layout; consult your mold designer for optimal configuration.

The specification lists PVC as the processed material. For other plastics, compatibility depends on melt temperature, viscosity and machine/clamp limits—confirm with the manufacturer before running different resins.

Injection weight (103 g) is the shot size per injection. Injection rate (67 g/s) describes how quickly the machine can inject melt into the mold. Actual cycle time and output depend on cooling time, mold design and part complexity; use (shot size / injection rate) to estimate injection time, then add cooling, ejection and other steps to calculate cycle time.

Yes—the machine is marketed for eco-friendly production. That generally refers to efficient hydraulic performance, lower waste through precise injection control and suitability for recyclable or bio-based materials when compatible. Confirm specific environmental claims and material recyclability with the supplier.

Single package dimensions are 210 x 130 x 250 cm and the single gross weight is approximately 1500 kg. Because of its weight and size, a suitable handling/crane plan and a reinforced, level floor are required for installation.

Detailed power, hydraulic and utility requirements are not listed in this summary. Because it is a hydraulic machine with motor and pump, dedicated electrical supply, hydraulic oil storage and proper ventilation are typically required—contact the manufacturer or supplier for the exact electrical load, hydraulic oil type and site-prep checklist.

Yes, the machine uses PLC control for operation. PLC control generally simplifies operation and repeatability; operator training is recommended to set process parameters, run jobs and perform routine checks.

Yes. The product information states that a test report and video inspection are provided, so you should receive documentation and inspection footage demonstrating machine performance before delivery.

Routine maintenance typically includes hydraulic oil changes, filter replacement, lubrication of moving parts, inspection of seals and tie bars, and monitoring PLC and electrical components. For detailed schedules, spare parts list and service intervals, request the manufacturer’s maintenance manual and recommended spare parts kit.

Yes—the machine is designed for industrial injection molding and accepts custom molds. Mold changeover speed depends on mold size, clamping system and whether quick-change features are installed. Discuss mold plate dimensions and mounting details with the supplier to ensure compatibility.

While the brief does not list specific safety features, hydraulic injection molding machines commonly include safety interlocks, emergency stops, guarding around moving parts and overload protection. Confirm the exact safety devices and any optional safety packages with the manufacturer before purchase.

Warranty, training and support options are not specified in this summary. The supplier provides test reports and video inspection; contact them directly to confirm warranty terms, onsite or remote commissioning, operator training and service agreements.

Estimate capacity by determining the full cycle time for your specific mold (injection + cooling + ejection). For a rough injection-phase reference, divide the shot size (103 g) by the injection rate (67 g/s) to get the injection duration (~1.5 s). Add cooling and handling times to get total cycle time, then divide available production time by cycle time to get parts/hour. For an accurate forecast, run trial cycles with your mold and material.