3600 KN High Speed Silicone Rubber Injection Molding Machine For Precise Mold Opening

Product Description:

Krauss Maffei Variable Pump Injection Molding Machine is a high-end injection molding machine, which features injection pressure of 3600 KN, mold opening stroke of 700 Mm, high-speed mold opening, high-speed injection, electricity heating and infrared heating. This injection molding machine is suitable for producing PU (polyurethane) and PVC (polyvinyl chloride) products, with its strong injection pressure, high injection speed, precise and stable control system, and wide application range. This machine is highly cost-effective and features low energy consumption, enabling it to significantly reduce the production cost for customers. In addition, the integrated structure design of this machine guarantees its high-precision positioning accuracy, and the large clamping force ensures the quality of the products.

Krauss Maffei Variable Pump Injection Molding Machine has a wide range of applications, and can be used for producing components of various sizes. Its advanced control system ensures the accuracy of product production. The machine also features an intelligent fault diagnosis system and real-time production monitoring, providing a reliable and safe production process. In addition, this machine is equipped with a powerful cooling system, which ensures the stability of the product.

Krauss Maffei Variable Pump Injection Molding Machine is an ideal choice for customers who are looking for a cost-effective and high-performance injection molding machine. With its strong injection pressure, high injection speed and precise control system, it can ensure the high quality of the products, and provide customers with a highly efficient and reliable production process.

Features:

• Product Name: Variable Pump Injection Molding Machine
• Clamping Unit: 3600
• Heating System: Electricity Heating And Infrared Heating
• Injection Pressure: 3600 KN
• Mold Closing Speed: High Speed
• Mold Opening Stroke: 700 Mm
• Ideal for USB Molding Machine, Silicone Rubber Injection Molding Machine

Technical Parameters:

Applications:

The Haijiang HJF-780 Variable Pump Injection Molding Machine is a versatile tool for manufacturing a wide range of products. This machine provides high-precision, fast production speeds, and a wide range of options, including 3D moulding machine, silicone rubber injection molding machine, and 3D printed injection molding machine. It is certified by ISO9001,CE,SGS, and the minimum order quantity is 1 set. With a price of 100000 and a delivery time of 35 days, it is equipped with TT, LC, and DP payment terms, and a supply ability of 300 sets per month.

This machine is equipped with an electricity heating and infrared heating system, as well as a high speed mold closing and a 700 mm mold opening stroke. The injection unit is automatic and the injection pressure reaches up to 3600 KN. It is packed in a standard shipping package, ensuring the product is safe during delivery.

The Haijiang HJF-780 Variable Pump Injection Molding Machine is an ideal choice for businesses looking for high-performance, precision, and versatility. It is perfect for a wide range of applications, such as 3D moulding, silicone rubber injection molding, and 3D printed injection molding.

Customization:

Support and Services:

Our Variable Pump Injection Molding Machine is backed by our team of experts that provide technical support and services. Our services include:

• Installation and on-site training.
• Regular maintenance and troubleshooting.
• Remote technical support.
• Spare parts and accessories.
• Customized product solutions.

Packing and Shipping:

Variable Pump Injection Molding Machine Packaging and Shipping:

• The injection molding machine will be packaged in a wooden box with a waterproof plastic cover to protect it from moisture.
• The shipping process will be handled by a professional shipping company. The machine will be securely packaged and shipped in a timely manner.
• The delivery time and cost will depend on the destination address.

FAQ: