Head Office
117, Grand Trunk Road, Salkia Howrah-700013, Kolkata, India
Press Machines
Bushing Press Machine
An electrically powered hydraulic press for controlled installation and removal of suitable sleeves and bushings. Model HSC1 provides a listed 70-ton cylinder thrust, 100 mm stroke and 60–120 mm pressure-sleeve range.
Order By Phone
Shipping Information Usually dispatched With In business days
Overview
Product Overview
The Bushing Press Machine is designed to apply controlled hydraulic force when installing or removing suitable bushings, sleeves and interference-fit components. An electric pump supplies hydraulic pressure to the cylinder, reducing the manual effort required for heavy workshop and maintenance pressing tasks.
Model HSC1 lists a cylinder thrust of 70 tons, a 100 mm cylinder stroke and a pressure-sleeve range from 60 to 120 mm. The two-stage hydraulic specification provides a high-pressure setting for the pressing operation and a higher-displacement low-pressure stage for faster approach and return movement.
Typical applications may include maintenance of construction, mining, agricultural, transport and industrial equipment; fitting or extracting suitable bushings; and related assembly or repair tasks. Correct tooling must support the component and apply force squarely to the intended sleeve or bushing surface.
Machine suitability depends on the interference fit, component material, bushing size, required travel, support arrangement and actual force needed. Workpieces, adaptors and fixtures must be rated for the load and aligned carefully. Confirm the final tooling, guarding, electrical supply and operating procedure for the intended application before use.
Specifications
Technical Specifications
| Parameter | HSC1 |
|---|---|
| Pump Type | Electric pump |
| Cylinder Stroke | 100 mm |
| Cylinder Thrust | 70 T |
| Cylinder Bore | 50 mm |
| Pressure Sleeve Range | 60–120 mm |
| Working Pressure | High pressure: 63 MPa; low pressure: 1 MPa |
| Maximum Displacement | High pressure: 2.3 ml/time; low pressure: 12.5 ml/time |
| Oil Tank Capacity | 12 L |
| Hydraulic Medium | 46# hydraulic oil |
Applications
Applications
Bushing Press Machine Application/Uses Image 1
Bushing Press Machine Application/Uses Image 2
Bushing Press Machine Application/Uses Image 3
Bushing Press Machine Application/Uses Image 4
FAQs
Frequently Asked Questions
What is a Bushing Press Machine used for?
It is used to apply controlled force when installing or removing suitable bushings, sleeves and other interference-fit components during assembly, repair and maintenance work.
What pressing force is listed for the HSC1?
The supplied specification lists a cylinder thrust of 70 tons. The fixture, support tooling, adaptors and workpiece must all be suitable for the required operating load.
What sleeve sizes can the machine accommodate?
The listed pressure-sleeve range is 60 to 120 mm. Actual suitability also depends on component geometry, access, adaptor tooling and the required pressing force.
What is the cylinder stroke?
Model HSC1 lists a 100 mm cylinder stroke. Confirm that the available stroke covers the complete approach, pressing and removal distance for the proposed setup.
Why does the hydraulic system have high- and low-pressure stages?
The low-pressure stage can provide faster fluid displacement for approach or return, while the high-pressure stage supplies the force required during pressing. Operate only within the specified limits.
Which hydraulic oil is specified?
The supplied sheet lists 46# hydraulic oil and a 12-litre tank capacity. Use the manufacturer-approved grade and maintenance procedure for the operating environment.
What safety precautions are important during bushing pressing?
Use correctly rated and aligned tooling, support the component securely, keep personnel away from the force line, inspect hoses and fittings, use guarding where required and isolate pressure before adjustment or maintenance.
What information should be provided with an enquiry?
Provide bushing and component drawings, diameters, material, interference or expected force, pressing direction, required stroke, available support points, electrical supply, production frequency and tooling requirements.