The Formax ReadyWire Premium Electric punching and binding system brings the speed and convenience of foot-pedal electric punching to your office. Available in two models — ReadyWire2E (2:1 pitch) and ReadyWire3E (3:1 pitch) — these rugged, all-metal electric wire binding machines are built for professional output with minimal operator effort.
The precision vertical punching system uses gravity to keep every sheet perfectly aligned, ensuring consistent hole placement even on larger document sets. Punch pins are individually accessible and can be disengaged to prevent partial holes. No tools are required for setup or adjustments. The 2:1 pitch model accommodates wire diameters from ¼" to 1½" for booklets up to 340 sheets, offering the widest range of binding options.
Model Comparison
- ReadyWire2E (2:1 pitch): Punches up to 16,000 sheets/hr, binds up to 340 sheets, wire diameters up to 1½"
- ReadyWire3E (3:1 pitch): Punches up to 16,000 sheets/hr, binds up to 135 sheets, wire diameters up to 5/8"
Key Features
- Two models: 2:1 pitch (ReadyWire2E) and 3:1 pitch (ReadyWire3E)
- Heavy-duty electric punch & binding system with all-metal construction
- Convenient foot-pedal electric operation for hands-free punching
- Precision vertical punching system — gravity-assisted for consistent hole placement
- Individually disengageable punch pins — prevents partially punched holes
- Tool-free setup and quick, easy adjustments
- Integrated wire holding device for seamless punch-to-bind workflow
- Smooth, quiet operation — up to 250 books/hr
- 360° flat-open wire-bound documents — ideal for reading, writing, scanning, and presentations
- Double-loop wire keeps pages secure for a polished, long-lasting finish
Formax Double-Loop Wire Binding
Formax ReadyWire double-loop binding spines are packaged in patented wire sheets to keep them organized, undamaged, and easy to remove. Available in diameters from ¼" to 1½", they are thicker than the industry standard and engineered to close in a perfect circle for a professional finish every time.