The "190 Ton" rating refers to the maximum clamp (locking) force the machine can exert on the mold — 190 metric tons. This determines the maximum mold size and the cavity injection pressure the machine can safely handle.
It is designed to process common cup-making resins including HDPE, PE, PET and PP. For special grades or additives, please confirm compatibility with the supplier.
The specification lists five injectors, which typically indicates the machine can be equipped with up to five injection units or feed points. This supports multi-cavity tooling or multi-point feeding configurations—final configuration depends on the mold and customer requirements.
Injection weight is 358 g per shot and the plasticizing (melting) capacity is 24 g/s. Actual usable shot size and throughput will depend on the mold and material.
Cycle time varies by cup design, wall thickness, cooling requirements and mold layout. Typical cycle times for cup production range from a few seconds to tens of seconds. Provide your part drawing for an estimated production rate.
Tie-bar distance (470 x 470 mm) defines the maximum mold platen opening and the largest mold footprint that can be accommodated between tie bars. Use this to confirm your mold dimensions will fit.
Yes — it is described as high-precision automatic and uses an advanced PLC for process control. PLC control enables programmable cycles, process monitoring and integration with auxiliary equipment.
The machine highlights an energy-saving design. Typical measures include an efficient hydraulic system, optimized control logic and reduced idle power. Ask the supplier for details such as servo-hydraulic options and measured energy consumption.
Yes — the product specification indicates a video outgoing inspection and a machinery test report are provided to document machine performance and acceptance testing prior to shipment.
While specific safety components are not fully listed, machines of this class commonly include emergency stop, safety interlocks or light curtains on guards, and compliant electrical protections. Confirm exact safety items and certifications with the manufacturer.
Exact electrical supply, air and foundation requirements vary by configuration. Most machines require three-phase power and a properly prepared factory floor. Request the machine's installation specification from the supplier for precise site-prep details.
Regular maintenance includes hydraulic oil monitoring, filter changes, lubrication, and inspection of wear components (screw, barrel, nozzles). Suppliers typically provide recommended maintenance schedules and can supply spare and wear parts—confirm lead times for critical parts.
Yes — the machine is designed for flexible manufacturing. Customizations may include multi-cavity mold support, hot-runner systems, additional injection units, mold platens, or automation modules. Discuss your part specifications with the manufacturer for a tailored solution.
Most suppliers offer on-site installation, commissioning and operator training either included or as an add-on service. Verify the scope and cost of installation and training with your sales contact.
Warranty terms and after-sales support vary by manufacturer. Ask the supplier for written warranty details, service contracts, remote diagnostic options and local service partner information before purchase.
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