A vertical hydraulic two-color injection molding machine with 35 tons clamping force, designed for high-efficiency production of dental floss picks and other small plastic parts. It combines a compact vertical footprint with two-color molding capability and compatibility with a range of thermoplastics.
'35t' denotes the machine's clamping force: 35 tons. This is the maximum force the clamping unit can apply to keep the mold closed during injection.
It supports a wide range of plastics including PP, PC, ABS, PET, PVC, FRPP/PVC, PPR, PA, PE, HDPE/PP, ABS/PP, and PE/PP.
Injection weight is 96 g and the injection rate is 67 g/s. These values indicate the machine's shot capacity and injection speed capability.
Power consumption is 5.5 kW, machine weight is approximately 1800 kg, and the screw diameter is 32 mm.
The machine is configured for two-color molding so you can produce parts with two colors or materials in a single cycle. Implementation depends on mold design (e.g., rotary/multiplaten or sequential overmolding) and the machine's dual feeder/injection arrangement — consult the supplier for precise configuration options.
Injection time based on the spec is roughly 96 g ÷ 67 g/s ≈ 1.4 seconds, but full cycle time depends on cooling, mold complexity, and part geometry. Typical small-part cycles often range from ~5–30 seconds. To estimate output: production per hour = 3600 ÷ cycle time × cavities. For example, a 10 s cycle with a single cavity yields ~360 parts/hour.
Yes — it is suitable for manufacturing a variety of small plastic items and custom plastic components that fit within its shot size, clamping force and mold dimensions. Common uses include small consumer parts and dental-care accessories.
You will need a stable electrical supply matching the machine's voltage and 5.5 kW power rating, appropriate hydraulic oil and tank/filtration as specified by the manufacturer, a level, sturdy foundation for the ~1800 kg machine, and typically compressed air for ejectors or accessory devices. Exact requirements and layout drawings should be requested from the supplier prior to installation.
Mold specifications depend on your part design and the machine's platen dimensions and maximum mold thickness. Provide your part drawings to the machine or mold supplier so they can determine recommended cavity count, runner system, venting, cooling layout and required mold strength for 35 t clamping.
Regular maintenance typically includes daily cleaning of the mold area, weekly checks of hydraulic oil level and filtration, periodic hydraulic oil replacement per the manufacturer's schedule, lubrication of moving parts, and inspection of hoses and electrical connections. Keep common spare parts like seals, hydraulic filters, heaters, thermocouples, ejector pins and fuses on hand.
Standard safety measures include emergency stop(s), light curtains or interlocked guards around moving mold areas, proper machine grounding, and operator training on safe operation and lockout/tagout procedures. Confirm the machine's installed safety components with the supplier and add guards as required by local regulations.
Most suppliers offer commissioning, setup assistance and operator training either on-site or at the factory. Confirm training scope, language, and any additional costs with the vendor prior to purchase.
Warranty terms and after-sales support vary by manufacturer. Typical offerings include a limited warranty period, technical support, spare parts supply and optional service contracts. Ask the supplier for detailed warranty conditions, response times for service, and availability of local technicians or spare parts distribution.
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