 Entry-level rule processing/bending unit with compact footprint capable of doing 1.5 pt., 2 pt. and 3 pt. rules up to 1.25" high. This unit makes notches, straight cut and miters with accuracy Main Features: - Compact footprint (40" W x 30" D x 60" H)
- 1.5 pt. (minimum 0.898"), 2 pt. and 3 pt. rule up to 1.25"
- Easy switch over between rule types
- Pneumatic cutting mechanism for reliability and low maintenance
- Air-jet thru notching tools for effective scrap removal
- Up to 3/8" (9.53mm) wide notch in single stroke
- Up to three notches in one tooling module (depending on notch size and rule thickness)
- Optional in-line nicking
- Windows XP Operating System and software
- Software identical to iBEND M, R and C Series, which accepts DXF, CFF2 and DDES2 formats
- Pentium 4 computer with RAM 512MB, 17" LCD Monitor
- Built-in network capability
All the features that iBend E has plus capability to handle up to 6 pt. rules up to 2 " high, optional inline nicking, inline broaching and cut-off tool with latest innovative technology. Main Features: - Do-It-All, State-of-the-Art Machine.
 - 1.5 pt. to 6 pt. rule, in heights from 8 mm to 2" depending on the model.
- Easy switch over between rule types.
- Hydraulic cutting mechanism for powerful cutting action.
- Air-jet thru notching tools for effective scrap removal.
- Up to 1/2" wide notch in single stroke.
- Up to three notches in one tooling module (depending on notch size and rule thickness).
- Optional in-line nicking, in-line broaching and post bending cut-off tool.
- Windows XP Operating System and software.
- Software identical to iBEND E, R and C Series, which accepts DXF, CFF2 and DDES2 formats.
- Pentium 4 computer with RAM 512MB, 17" LCD Monitor.
- Built-in network capability.

The World's first rotary rule processing/bending unit designed with similar features as our "flat" iBENDs with capability of fabricating 4 pt. or 3 pt. curved rule for 66" circumference rotary cutting dies with or without making relief notches. Main Features: - World's first automated rule processor/bender for rotary cutting rule for 4 pt. or 3 pt. 66-inch circumference rotary cutting dies
- Ability to place relief notches automatically or manually
- Hydraulic cutting mechanism for powerful cutting action
- Up to 1/2" wide notch in single stroke
- Windows XP Operating System and software
- Software identical to iBEND E, M and C Series, which accepts DXF, CFF2 and DDES2 formats
- Pentium 4 computer with RAM 512MB, 17" LCD Monitor
- Built-in network capability
Automatic processing/bending unit made just for channel letter fabrication. With our patent pending bending mechanism, years of expertise and industry leading service, we expect to have the same type of impact in sign industry as we did in diemaking industry. |
Main Features:  - Dedicated for channel letter fabrication
- Compact footprint and weight (approximately 100" W x 50" D x 60" H and less than 800 lbs., respectively)
- Compatible with coils of stainless steel, aluminum and galvanized steel
- 0.6 mm to 1.0 mm thickness of channel letter coils
- 70 mm to 200 mm height of channel letter coils
- Hydraulic cutting mechanism for powerful cutting action
- Completely automated fabrication whereby producing cuts, bottom notched flange and bending of channel letters
- Windows XP Operating System and software
- Software identical to iBEND E, M and R Series, which accepts DXF, CFF2 and DDES2 formats
- Pentium 4 computer with RAM 512MB, 17" LCD Monitor
- Built-in network capability
 The Auto-Coil Lifter works directly along side the iBend E series and M series range of automatic rule processors

The VarioPlotter is available in different sizes and for different applications. It's distinguished by a modular design, a user friendly concept and a Multi Tool Head Philosophy. The machine has been built on a heavy duty, welded steel frame.

A universal CNC routing solution designed for producing stripping and blanking units based on the D&D Knockout System and also counter dies.

The new automatic cutting system for all creasing matrix. The system will cut the creasing matrix on coils into segments according to the data on your CAD layout. Simply collect the segments and install them on the cutting die.
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