The Haitian ZE2300 is a used injection moulding machine — sometimes referred to as an injection molding press or plastics injection machine — designed to produce precision plastic components by injecting molten material into closed moulds under high clamping force. Haitian is one of the world's largest manufacturers of injection moulding equipment, supplying machines to a broad range of industries including automotive, packaging, consumer goods, and technical components.
This 2019 machine is currently in active production and is described as being in excellent condition. It delivers a clamping force of 2,300 kN, which positions it firmly in the medium-tonnage range, suitable for a wide variety of mould sizes and component weights. The platen opening stroke of 1,150 mm provides generous daylight for mould removal, while the platen dimensions of 920 × 920 mm and a tie-bar distance of 620 × 620 mm define the available mould mounting area. Mould height is accommodated between a minimum of 220 mm and a maximum of 600 mm, giving the machine considerable flexibility across different tooling configurations. The centering ring diameter is 160 mm and the injection nozzle tip radius is R10.
On the injection side, the machine is fitted with a screw of 55 mm diameter and is capable of a maximum injection volume of 570 cm³, making it capable of producing reasonably large shot weights per cycle. The heater power is rated at 25 W, and the electrical connection provision includes 32 pins.
The machine is equipped with a robot, which is already installed, and integrates with automation systems via a Euromap 67 interface — the industry-standard protocol for communication between injection moulding machines and handling equipment. This makes the unit ready for automated demoulding or parts transfer without requiring additional interface hardware. The machine is located in Germany.
This description was generated automatically from the listing details and may not reflect every specification. Please confirm with the seller before purchase.