πŸ“ 0-174, Sec-2, Bawana, New Delhi-110039
Fiber Laser Cutting Machine

100T Rubber Compression Moulding

β‚Ή 4,50,000 + GST (18%)

The 100T Rubber Compression Moulding Machine is designed for high-precision and consistent rubber moulding applications in industrial manufacturing environments. Built with a heavy-duty hydraulic press system, this machine delivers stable 100-ton compression force, ensuring uniform pressure distribution during the rubber compression moulding process.

Technical Specifications

Specification Attribute Details
Product Type Compression Molding Press
Machine Category Hydraulic Press
Application Rubber / FRP / SMC / DMC Compression Molding
Capacity 10 Tons – 150 Tons
Tonnage 100 Tons
Platen Size 20" x 20" / 200 x 200 mm / 950 x 800 mm
Daylight Gap 200 mm – 750 mm
Stroke Length 200 mm – 500 mm
Bore Diameter 100 mm – 280 mm
Working Pressure 0–210 kg/cmΒ² / 250 bar
Motor Power 1 HP – 7.5 HP
Machine Type 2-Pillar Type / 4-Pillar Type
Number of Stations Single
Number of Daylight One
Heating of Platens Electrical Heater
Automation Grade Automatic
Quick Return Speed 100–110 mm/sec
Material Iron, Steel
Condition New
Country of Origin Made in India
Minimum Order Quantity 1 Piece
Power Source Electric
Usage Industrial / Laboratory
Control Type Hydraulic

Key Features of Compression Molding Press Machine

High-Capacity Hydraulic Compression System

The Compression Molding Press is engineered with a robust hydraulic press system that delivers consistent and controlled tonnage capacity for demanding industrial applications. With support for varying capacity ranges such as laboratory-scale tons and high-capacity industrial loads, the machine ensures uniform pressure distribution during the compression moulding process. This hydraulic configuration enables stable force application, resulting in precise mould closure and repeatable production quality across rubber, FRP, SMC, and DMC components.

Precision-Designed Platen Structure

The machine features accurately machined platens with customizable platen size options to suit different mould dimensions. Supported by pillar type, four pillar type, and 2-pillar or 4-pillar machine configurations, the platen assembly maintains parallelism throughout the pressing cycle. This structural precision enhances mould alignment, minimizes material wastage, and improves surface finish during rubber compression molding and composite moulding operations.

Optimized Daylight and Stroke Configuration

Adjustable daylight gap and controlled stroke length provide flexibility for handling moulds of varying heights and thicknesses. The optimized daylight configuration allows smooth loading and unloading of moulds, while the precise stroke movement ensures accurate compression without over-travel. These attributes are especially beneficial for laboratory type compression molding presses as well as high-speed production environments.

Efficient Electrical Heating of Platens

The Compression Molding Press is equipped with an integrated electrical heater system for effective heating of platens. Uniform temperature distribution across platen surfaces supports consistent curing during the compression moulding cycle. This feature is critical for maintaining dimensional accuracy and material integrity when processing rubber, FRP, SMC, and DMC materials. The controlled heating mechanism contributes to energy efficiency and process stability.

High-Performance Hydraulic Components

Advanced hydraulic cylinders and a reliable hydraulic power pack form the core of the machine’s pressure delivery system. Designed for continuous industrial usage, these components maintain stable working pressure throughout the operation. The hydraulic system supports smooth press movement, reduced vibration, and long service life, making the machine suitable for both industrial hydraulic press applications and precision laboratory use.

High-Speed Operation with Quick Return

For enhanced productivity, selected models feature high-speed operation with optimized quick return speed. This allows faster cycle times without compromising pressing accuracy. The quick return mechanism improves operational efficiency in high-volume manufacturing environments, especially for FRP/SMC/DMC compression moulding machines, where production speed directly impacts throughput and cost-effectiveness.

Flexible Machine Type Configurations

Available in C Frame, H Frame, pillar type down stroke, and four pillar hydraulic press designs, the Compression Molding Press can be selected based on application requirements and floor space availability. Each machine type offers specific structural advantages, ensuring optimal load handling, ease of operation, and long-term mechanical stability for diverse moulding processes.

Single Station with Controlled Operation

The press is configured with a single station and defined number of daylight, enabling focused and controlled compression cycles. This setup simplifies operation, reduces handling errors, and ensures consistent moulding quality. The machine supports both automatic operation and operator-assisted workflows, depending on the selected automation grade.

Reliable Motor and Power Efficiency

Fitted with an industrial-grade motor power system, the machine delivers stable performance under continuous load conditions. Optimized power consumption ensures efficient hydraulic actuation while maintaining consistent pressure and speed. This balance between power output and efficiency makes the press suitable for extended production runs and laboratory testing environments alike.

Durable Construction and Material Strength

Manufactured using high-quality iron and steel, the Compression Molding Press offers excellent structural durability and resistance to deformation under high pressure. The rigid frame design enhances machine longevity and ensures reliable performance even under repetitive high-load operations. This construction standard supports long-term industrial usage with minimal maintenance requirements.

New Condition with Industrial Compliance

Supplied in new condition, the machine meets modern industrial manufacturing standards. With clearly defined specifications and standardized components, it integrates seamlessly into existing production setups. The press is designed for consistent output quality and dependable operation across multiple compression moulding applications.

Made-in-India Manufacturing Advantage

With country of origin marked as Made in India, the Compression Molding Press aligns with domestic manufacturing standards and industrial requirements. This ensures ease of service support, availability of spare parts, and compatibility with local operating conditions, making it a reliable choice for Indian manufacturing units.

Customizable Specifications for Application Needs

The machine supports customizable specifications including tonnage, platen size, heating system, and control options. This flexibility allows manufacturers to configure the press according to specific rubber compression moulding, FRP moulding, or SMC/DMC moulding requirements, ensuring optimal performance for each use case.

Buyer-Oriented Commercial Readiness

Available with product brochure, latest price, price per piece, and minimum order quantity of one, the Compression Molding Press is positioned for direct industrial procurement. Features such as request callback and get best quote facilitate smooth buyer engagement and informed purchase decisions.

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