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Press Brake Machine Manufacturers

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Press Brake Machine For Manufacturer

Devraj Engineering is a manufacturer of press brake machines, which are essential fabrication tools used to bend and shape sheet metal by applying controlled force through a punch and a matching die. The workpiece is typically positioned between the upper punch and the lower die, which is fixed to the machine bed. When it's activated, the ram descends, pressing the punch into the die to deform the metal along a straight line, creating an angle of 90 degrees to a complicated curve. This process relies on hydraulic, servo-electric, mechanical, or pneumatic power sources for tonnage ranging from 20-600+ tons and bending length up to 8 meters.

Press Brake excel in industries like automotive, aerospace, and construction for forming brackets, enclosures, and panels, reducing manual labour while enabling high-volume production. Benefits include versatility, energy efficiency in servo models, and minimal tooling changes, though proper setup prevents defects like spring back. Limitations involve initial costs and operator training needs.

Press brake machine for manufacturer
Press Brake Machine Features :
  • Inch-single-continuous cycles for greater operator convenience
  • Full powered stroke make machine suitable for general sheet metal press work
  • Three speeds reduce idle travel time, improves productivity
  • Instant ram stoppage prevents accidents and job rejections
  • Noiseless operation and least impact loads on tools and foundations
  • Less power consumption
  • Least wear and maintenance reduces operating costs and downtime

Press Brake Machine Supplier

The Devraj Engineering is a Press brake machine supplier all over India. We ensure you cutting edge solution designed for precision sheet metal bending. Featuring advanced Numerical control technology, this machine focuses mainly on unparalleled accuracy and efficiency in metal forming processes. With a user-friendly interface, operators can easily program and control the bending parameters, allowing for intricate and customised designs. The press brake machine ensures durability and reliability in heavy-duty industrial applications. Their versatile design accommodates a wide range of materials and thicknesses, making it suitable for diverse manufacturing needs. The machine's precision and repeatability contribute to enhanced productivity and cost-effectiveness in metal fabrication operations.

Model Type Nominal Force / Tonnage Working Length (mm) Stroke (mm) Open Height (mm) Throat Depth (mm) Notes
Mini CNC Press Brake 25–40 Ton 1600–2000 Compact machine for light fabrication jobs
Hydraulic Model (PBR 215) 20 Ton 1500 100 250 100 Small industrial bending capacity
Hydraulic Model (PBR 320) 30 Ton 2000 100 250 200 Medium fabrication usage
Hydraulic Model (PBR 420) 40 Ton 2000 100 250 200 Higher thickness bending
CNC Press Brake 40T 400 kN (~40T) 1600 150 430 260 Entry CNC production machine
CNC Press Brake 80T 800 kN (~80T) 2500 160 450 320 Sheet-metal industry standard
CNC Press Brake 125T 1250 kN (~125T) 3200–4000 200 480 400 Heavy industrial use
CNC Press Brake 250T 2500 kN (~250T) 3200–4000 250 540 450 Thick plate forming
Heavy Duty CNC 400T 4000 kN (~400T) 4000–6000 300 610 500 Large fabrication plants

FAQs of Press Brake Machine

These are primarily Mechanical Press Brake, Hydraulic Press Brake, CNC Press Brake and Pneumatic Press Brake.

A Press Brake Machine can be used to bend metallic materials including stainless steel, mild steel, aluminum, brass as well as copper.

The capacity is dependent on the amount of tonnage and bending length, which are usually between 20 tons and more than 1000 tons.

Hydraulic Press Brake: This press brake involves hydraulic cylinders that are used to provide force on the metal sheet and guarantee consistent bending of the metal.

Take into account such factors as material type, thickness, bending length, production volume, and the necessary precision.

Frequent lubrication, cleaning, monitoring hydraulic oil and inspecting tools can improve performance and increase lifespan of machines.

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