Compression Moulding Press

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Compression Moulding Press Specification

Nominal Force
100 Ton

Power Source
Electric

Condition
New

Dimension (L*W*H)
2300 mm x 1700 mm x 2000 mm

Power(W)
7.5 kW

Voltage
380V / 415V / 440V

PLC System
Available with advanced touch screen control panel

Solenoid Valve
High quality solenoid valve

Pre-Fill Valve
Available

Max Opening Distance
450 mm

Working Table Size
600 mm x 600 mm

Operating Pressure
Up to 250 Bar

Product Application
Rubber, plastic, and composite product moulding

Oil Tank Capacity
160 liters

Heating System
Electric heater with automatic temperature control

Hydraulic Pump
Axial piston pump

Platen Parallelism
0.2 mm over full stroke

Mould Clamping Type
Hydraulic clamping

Frame Type
Four Pillar / Column Type

Cycle Time
20-40 seconds (depending on material and thickness)

Weight
Approx 3500 kg

About Compression Moulding Press

With our modernized and core infrastructure facility, we are certain to manufacture and supply a premium grade of Compression Moulding Press. Find application in various industries including rubber, steel and automotive industries, our molding presses are appreciated for their easy installation, low maintenance and rugged construction. In order to manufacture high Compression Moulding Press, our professionals employ advanced machines and utilize quality tested material procured from the authentic vendors. We can also customize these presses as per the needs of the clients.

Precision Engineering and Sturdy Construction

Constructed with a Four Pillar / Column frame, this press ensures exceptional rigidity and alignment during high-pressure operations. The 100-ton nominal force and robust build quality (approx. 3500 kg) guarantee stability across various production needs, allowing for reliable moulding performance for a range of materials and thicknesses.

Advanced Control and Heating System

Equipped with a PLC-based touch screen control panel, operators gain intuitive command over each process step, while automatic electric heaters manage temperature with high accuracy. These features enable precise, repeatable settings for different products, optimizing cycle times and quality outcomes.

High Capacity, Versatile Moulding Applications

This compression press accommodates a 600 mm x 600 mm working area with a maximum opening distance of 450 mm, making it suitable for a diverse array of rubber, plastic, and composite components. Designed for industrial export, manufacturing, and supply, its adaptability streamlines production for small to medium batch runs.

FAQs of Compression Moulding Press:

Q: How does the Four Pillar / Column Type Compression Moulding Press ensure accurate moulding?

A: The press features precise platen parallelism of 0.2 mm over the full stroke, advanced PLC-based control, and an automatic electric heating system, which together guarantee consistent pressure, temperature, and alignment throughout the moulding cycle.

Q: What kind of products can be manufactured using this compression moulding press?

A: This machine is suitable for manufacturing a wide range of rubber, plastic, and composite products. Its adjustable working parameters and robust construction allow for versatile moulding applications across different industries.

Q: When should I use this press over other types of moulding machines?

A: Choose this press when high precision, quick cycle times (2040 seconds), and strong clamping force are requiredespecially for medium to high-volume production of parts that benefit from hydraulic clamping and uniform temperature control.

Q: Where can this compression moulding press be installed and operated?

A: Designed to operate on 380V, 415V, or 440V electric supply, this press can be installed in industrial environments across India or for export, provided adequate space (2300 mm x 1700 mm x 2000 mm) and required utilities are available.

Q: What is the process of hydraulic clamping in this machine, and what are its advantages?

A: Hydraulic clamping uses high-pressure forces (up to 250 Bar) to securely hold the moulds during the compression cycle. This ensures uniform pressure distribution, improved product quality, and faster cycle transitions compared to manual clamping methods.

Q: How is the temperature controlled during the moulding process?

A: The machine utilizes an electric heater system with automatic temperature control, maintaining stable and consistent heating throughout the process. This factor is vital for the proper curing and optimal physical properties of the moulded products.

Q: What are the key benefits of using a PLC-based touch screen control panel?

A: A PLC-based system with touch screen allows operators to easily set and monitor parameters, automate repetitive tasks, troubleshoot errors quickly, and maintain precise operational control, leading to improved productivity and reduced downtime.

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