JRD CEV series are state-of the-art Down Stroke compression moulding machines (15-150 tonne) providing versatility and performance with economy. Besides moulding rubber, plastic, composites they can be used for wide variety of functions as bonding, laminating, assembling etc. These presses are based on advance U.S designs, offering customers sturdy machines with zero deflection capable of precision moulding. Our Presses provide uniform and constant curing pressure, an essential requisite for accurate moulding. This is achieved through the advance energy efficient hydraulic system p

Dispersion Kneader Follow the same guide lines inspired by the original innovators (Moriyama of Japan) of kneading rubber and plastics inside a closed chamber under pressure. Our mixers provide effective mixing and dispersion for polymer compounds at an optimum horsepower input and operating temperature. The kneading takes place between the counter rotating rotor tips and the stationary chamber wall at right clearances and hard- faced surfaces. The mixing movements are channelled by the special contours of the rotor wings. The chamber walls and the rotors are kept cooled by circulation of

JRD CEV (C) series are state-of-the-art Down Stroke Compression moulding machines (15-150 tonne) with the useful feature of Top & Bottom Hydraulic Corelifters which allow automatic operation of 3 or 4 plate compression moulds. The top corelifter enables moulder to use the same press for compression/transfer moulding. Besides moulding rubber, plastic, composites they can be used for wide variety of functions as bonding, laminating, assembling etc. These presses are based on advance U.S. designs, offering customers sturdy machines with zero deflection capable of precision moulding.

JRD CEV (C) DS series are state-of-the-art Down Stroke, Double Station, Compression moulding machines (15-150 tonne) with useful feature of top & bottom hydraulic corelifters which allow automatic operation of 3 or 4 plate compression mould. The top corelifters enable moulders to use the twin station press for compression/transfer moulding. The common hydraulic system in the middle, operates both the stations. These Twin Station Presses provide versatility and performance with economy. Besides moulding rubber, plastic, composites they can be used for wide variety of functions as bo

JRD CE DDS series are state-of-the-art Up Stroke, Double Station, Double Daylight, Compression moulding machines (15-150 tonne) providing versatility and performance with economy. The common hydraulic system in the middle, operates the twin stations with two daylights. Besides moulding rubber, plastic, composites they can be used for wide variety of functions as bonding, laminating, assembling etc. These presses are based on advance U.S. designs, offering customers sturdy machines with zero deflection capable of precision moulding. Our Presses provide uniform and constant curing pr

JRD Two Roll Uni Drive Mixing Mills JRD Two Roll Uni Drive Mixing Mills are engineered to score over the conventional mills used for mixing of polymers between 2 rotating rolls in terms of higher efficiency and improved machine life. The transmission by 3-stage helical reduction gear box connecting drive motor to the rear roll coupled with anti friction roller bearings instead of bush bearings result in a substantial reduction in power consumption. Another futuristic feature on our mills is the optional addition of hydraulic sensing circuits incorporated for roll loading records of different

JRD VE series are state-of-the-art, Vertical, Hydraulic, PLC Controlled Rubber Screw Injection Moulding Machines. They are available in 25 & 50 tonnes capacities and in both in C frame & 4 post type clamp. The reciprocating screw is designed to maximize the accuracy of your shot size. The injection unit on these machines is designed for shot size accuracy of +/- .3 gms. Our VEC25R model is a 25 tonne screw injection moulding machine designed with a 'C' frame type clamp for unobstructed loading of inserts or extrusions and ease of removing moulded parts. The C frame injection