Max Force or Load | 250 TONS |
Usage/Application | Industrial |
Material | Mild Steel |
Bail Weight | 250 TOS |
Country of Origin | Made in India |
A Hydraulic Scrap Baling Press is a heavy-duty machine used to compress and bale various types of scrap materials using hydraulic force. It is widely used in the metal recycling industry, automotive dismantling yards, and manufacturing units to manage scrap efficiently by reducing its volume for easier handling, storage, and transport.
๐ง Key Features:Hydraulic Compression: Utilizes powerful hydraulic cylinders to apply pressure and compress scrap into compact bales.
Versatile Scrap Handling: Suitable for ferrous and non-ferrous metal scrap (steel, aluminum, copper), as well as other recyclables like plastic and paper (depending on model).
Manual, Semi-Automatic, or Fully Automatic Operation: Varies by model depending on production volume and labor availability.
Chamber Types:
Triple Action: Compression from three sides (top, side, and end).
Double Action: Side and end compression.
Single Action: Basic downward compression (usually for lighter materials).
Discharge Options: Manual bale removal, automatic ejection, or door-opening discharge.
Parameter | Value |
---|---|
Pressing Force | 40 – 300+ tons |
Bale Size | 300×300 mm to 600×600 mm or custom |
Bale Weight | 20 – 250+ kg depending on material |
Cycle Time | 30 – 120 seconds |
Power | 10 – 60+ HP |
Chamber Size | Customizable based on scrap type |
Reduces Scrap Volume by Up to 90%
Facilitates Storage & Transportation
Increases Scrap Value (clean, dense bales fetch higher prices)
Improves Site Cleanliness and Safety
Durable and Low Maintenance
Metal Recycling Plants
Foundries
Automobile Dismantlers
Manufacturing Units
Municipal Waste Processing Units
Mild steel, stainless steel, aluminum, copper, brass
Scrap turnings and borings
Used vehicle body shells
Aluminum cans
UBC (Used Beverage Cans)
Light ferrous scrap
Max Force or Load | 250 TONS |
Usage/Application | Industrial |
Material | Mild Steel |
Bail Weight | As Per Customize |
Country of Origin | Made in India |
A Horizontal Paper Baler is a type of industrial recycling equipment designed to compress large volumes of paper waste—such as cardboard, office paper, or newspaper—into compact, manageable bales for easier storage, transport, and recycling. Unlike vertical balers, horizontal balers are better suited for high-volume operations and are often used in:
Recycling centers
Warehouses
Printing facilities
Distribution centers
Manufacturing plants
Horizontal orientation: Paper is loaded from the top or side and compacted horizontally.
Automatic or semi-automatic operation: Can include conveyors for automatic feeding and automatic tying systems.
High throughput: Ideal for continuous use and large volumes.
Bale sizes: Can produce uniform, dense bales weighing hundreds to over a thousand pounds.
Material versatility: Can also bale other recyclables like plastics and aluminum (depending on the model).
Closed-End Horizontal Balers: Suitable for moderate volumes; more affordable and compact.
Open-End (Auto-Tie) Horizontal Balers: Ideal for very high volumes; automatically ties bales with wire or strapping.
Reduces waste volume by up to 90%
Saves on hauling and storage costs
Improves workplace safety and cleanliness
Can be integrated into automated recycling lines
Machine Type | Automatic |
Power Consumption | 2HP |
Material | Mild Steel |
Capacity(Ton) | 40 TONS |
Country of Origin | Made in India |
A Center Hole Cutting Machine is typically used in industrial and manufacturing settings to precisely create a centered hole in workpieces such as metal, plastic, or wood. These machines are especially important in operations where concentricity and alignment of the hole relative to the outer surface of the part are critical — for instance, in shaft manufacturing, bearing housing, or lathe center workpieces.
Types of Center Hole Cutting Machines:Drilling Machines (with centering jigs):
Basic form using a drill press or CNC drill.
May include special jigs or fixtures to ensure perfect centering.
Lathe-Based Centering Machines:
The workpiece is rotated while a tool moves in to cut the center hole.
Ensures concentricity with the outer surface.
CNC Center Hole Machines:
Automated with high precision.
Can handle multiple parts and include quality control systems.
Double-End Centering Machines:
Machines that cut center holes on both ends of a shaft simultaneously.
Common in high-volume shaft production.
Precision alignment systems.
Hydraulic or pneumatic clamping to secure the workpiece.
CNC controls for automation and repeatability.
Tool heads suitable for different materials and hole geometries.
Measuring systems (optional) for in-process inspection.
Shaft manufacturing (automotive, motors, gear systems).
Toolroom machining.
Prepping workpieces for turning or grinding.
Bearing seat preparation.