binding is fast and easy with James Burn Wire-O Bind 3000S
Semi-Automatic Binder. This semi-automatic binder has a running speed of
1,000 cycles or documents per hour. Even Wire-O size changeovers
including spool replacement is done in less than 5 minutes. A touch
screen keypad enables digital adjustment of size and format setup, this
eliminates the need for mechanical adjustments and at the same time
reduces waste. The WOB3000S automates the process of feeding, cutting,
and positioning of the wire element ready for insertion of the document;
the machine then sends the document to the closing unit that accurately
positions the document without stopping or using paper guides. The
binder allows all variations of Wire-O binding styles that can be
applied to a range of documents with flush cut or overhanging covers as
well with extended index tabs paper stocks. Reduced fatigue is achieved
with the machine’s ergonomic design, a large table-top workstation
provides a roomy and comfortable workspace. In addition, the machine has
safety built-in features for safe operation. Caster wheels make moving
of the machine easy for moving and storage even on areas with limited
workspace. Take wire-o binding to the next level with the semi-automatic
James Burn Wire-O Bind 3000S Semi-Automatic Binder.
Allows all types of Wire-O® binding styles for a wide variety of
documents with flush cut or overhanging covers as well with extended
index tabs paper stocks, using Wire-O® spools or cut
Speed up to 1,000 documents per hour. Automatic set up helps reducing
waste. 3 types of plug & play reception available to accommodate
most workflow modes.
- User friendly: All size and format setups
instantly adjustable by 'touch screen' digital keypad, no mechanical
adjustment. Wire-O® size changeovers are done in 2-5 minutes including
- Ergonomic design: Large table-top
workstation helps reducing operator’s fatigue. It small foot print and
caster wheels make it fits even in the tightest of space environments,
no air required.
- Safety: Built-in features for optimum operation safety.