One of Hottest for 48\” Press Brake - Magnabend Hinge Model Se2 Half Moon Sector Block – JDC

Product Description

Magnabend Australian brand electromagnetic bending machine, best-selling Europe and the United States for 30 years, professional production.

Magnabend is a new concept in the field of sheet metal forming. It allows you to make the shape you want more freely. This machine is very different from other traditional bending machines. Note that it has a powerful electromagnet that can clamp the workpiece instead of tightening it by other mechanical means. This feature brings many advantages to the machine. ,

The bending object is 1.6mm iron plate, aluminum plate, copper plate, coated plate, stainless steel plate (0-1.0mm), especially for products that cannot have indentation. The electromagnetic clamping system is adopted so that there is a clamping force per square centimeter. The bending angle can be folded in any shape, size and angle without touching the tool without interference. It can help you solve the troublesome and expensive problem of traditional bending machine tool changing. It is easy to handle special-shaped products, adopts development design, fully open ports, small footprint, light weight, easy to transport, 220V household electricity is not affected by bending the airport, ordinary people can use it in five minutes.

The bending machine includes pneumatic bending machine and manual bending machine.

Application occasions of bending machine

School items: boxes, tableware

Electronic products: chassis, boxes, racks, marine accessories

Office equipment: shelves, cabinets, computer holders

Food processing: stainless steel sinks and countertops, fume hoods, vats

Luminous logo and metal lettering

Manufacturing industry: samples, production items, mechanical casings

Electrical: switchboards, enclosures, lighting devices

Automobiles: maintenance, minivans, truck agencies, modified cars

Agriculture: machinery, trash cans, stainless steel products and equipment, chicken coops

Construction: sandwich panel, edging, garage door, store decoration

Gardening: factory buildings, glass garden houses, railings

Air conditioning: ventilation ducts, transition pieces, cold storage

Electrician: switch board, shell

Aircraft: panel, support frame, stiffener

How it Works
The fundamental principle of the Magnabend™ machine is that it uses electromagnetic, rather than mechanical clamping. The machine is basically a long electromagnet with a steel clamp-bar located above it. In operation, a sheet metal work-piece is clamped between the two by a force of many tonnes. A bend is formed by rotating the bending beam which is mounted on special hinges at the front of the machine. This bends the work-piece around the front edge of the clamp-bar.

Using the machine is simplicity itself; slip the sheet metal work-piece in under the clamp-bar, press the start-button to initiate clamping, pull the handle to form the bend to the desired angle, and then return the handle to automatically release the clamping force. The folded work-piece may now be removed or re-positioned ready for another bend.

If a large lift is required e.g. to allow the insertion of a previously bent work-piece, the clamp-bar may be manually lifted to any required height. Conveniently located adjusters at each end of the clamp-bar allow easy adjustment of the bend radius produced in work-pieces of various thicknesses. If the rated capacity of the Magnabend™ is exceeded then the clamp-bar simply releases, thus minimising the possibility of damage to the machine. A graduated scale continuously indicates the bend angle.

Magnetic clamping means that bending loads are taken right at the point where they are generated; forces do not have to be transferred to support structures at the ends of the machine. This in turn means that the clamping member does not need any structural bulk and hence can be made much more compact and less hindering. (The thickness of the clamp-bar is determined only by its requirement to carry sufficient magnetic flux and not by structural considerations at all.)