High speed, multi-path and heavy duty, this printer has it all. This printer is a compact and versatile printer that offers maximum compatibility with today's software packages and computers.

SIMPLE AND FUNCTIONAL

• Print speed up to 660 cps
• 400 million strokes per wire print head life
• Up to 360 x 360 dpi resolution
• 5 million characters ribbon life
• Up to 128 Kb input buffer
• Up to 8 copies
• 20,000 hours MTBF
• Automatic paper path switching
  
• Auto-thickness paper control
  
• Ideal for printing on cut sheets, common/rigid forms,
  multi-copies, labels, envelopes, A4/A3 horizontal
  format and others

Reliable and versatile dot matrix printer

The Globalis Impact 3650 printer is built to offer you high reliability and secured operations resulting in a record MTBF of 20,000 hours. It features a powerful 24-needles print head that functions on different types of paper with sharp print quality. The printer is equipped with an area-over print prevention mechanism to protect the print head from outside bounds printing.

Intelligent and flexible printers

The Globalis Impact 3650 printer has been designed to offer everything a printer of higher class offers. Built-in is a set of automatisation mechanism that makes the printer easy to use for operator: intelligent auto thickness paper control, automatic paper path switch and even automatic skew detection for transactional application with single sheet.

Outstanding paper handling

The printer is built as a flat printer to provide the most reliable paper path. The operator can use up to 8 different paper paths including simultaneous two tractors installed for continuous forms. It can print on up to 8 parts form with a high quality.
For single sheet the printer offers high reliable paper path with auto skew detection; also an optional sheet feeder is available upon request.

Connectivity and environment

Two printer configurations offer a choice of multiple connectivity: Parallel, Serial, USB or integrated LAN. A large choice of fonts and barcode are integrated into the model.