Electromagnetic Hand Folding Machine

1. APPLICATIONS

School projects: tool boxes, letterboxes, cookware.

Electronics: chassis, boxes, racks.

Marine fittings.

Office equipment: shelves, cabinets, computer-stands.

Food processing: stainless sinks & bench tops, exhaust hoods, vats.

Illuminated signs & metal lettering.

Heaters & copper canopies.

Manufacturing: Prototypes, production items, machinery covers.

Electrical: switchboards, enclosures, light fittings.

Automotive: repairs, caravans, van bodies, racing cars.

Agriculture: machinery, bins, feeders, stainless dairy equipment, sheds.

Building: flashings, facias, garage doors, shopfronts.

Garden sheds, glass-houses, fence posts.

Air conditioning: ducts, transition pieces, cool rooms.

 2. ADVANTAGES

1). Much greater versatility than conventional sheet metal benders.

2). No limitation to depth of boxes.

3). Can form deep channels, and completely closed sections.

4). Automatic clamping and unclamping means faster operation, less fatigue.

5). Accurate and continuous indication of beam angle.

6). Quick and accurate setting of angle stop.

7). Unlimited throat depth.

8). Infinite length bending in stages is possible.

9). Open ended design allows folding of complex shapes.

10). Machines can be ganged end-to-end for long bending.

11). Adapts easily to customize tooling (clamp bars of special cross-sections).

12). Self-protecting - machine cannot be overloaded.

13). Neat, compact and modern design.

The magnetic clamping system means that                  Using the short clamp-bars, boxes of any

the bulky clamping structure used in ordinary              length and any height may be made.

folding machines is replaced by a small compact

clampbar that does not hinder or obstruct

the workpiece.

The open-ended and throatless design allows            Closed shapes can be made, and it is easy

the forming of many shapes not possible                   to devise special tooling such as for

on other folders.                                                        forming rolled edges.

3. Shapes