Designed for Carton Coding
BELL-MARK offers two thermal inkjet solutions for carton coding applications, the InteliJet TSC and the InteliJet LP.
Printing solutions for
Carton & Case Coding
InteliJet TSC
Thermal Inkjet Carton Coder
Designed for Case Coding
The InteliJet TSC's integrated heads are the essence of what makes BELL-MARK's industrial printing solution so successful; rugged design, solid connections to external elements and the finest print heads in the industry. All provided in a commercial off-the-shelf system.
- No mess, no maintenance HP and BELL-MARK technology
- Rugged industrial design for the most demanding installations
- Variable and fixed data capability
- SQL Database connectivity
- Simple ASCII interface to supply dynamic data from scanners and PLC's
- Online/Offline job creation
Reduced Costs
Lowering the total cost of ownership
InteliJet TSC units are the most cost effective way of printing on cases and cartons. With an ink designed specifically for printing on Kraft Corrugate and other carton materials available, total running costs are minimized at all times.
- Lowest total operating cost of any case coder
- Instant cost per mark and ink usage reporting
- 475 mL or 800 mL bulk systems
- Print in black or in spot colors
Click here to learn more about the InteliJet TSC thermal inkjet printer.
InteliJet LP
Thermal Inkjet 4.0 Print Solution
The latest innovation from BELL-MARK is the InteliJet LP. Utilizing TIJ 4.0 technology with 22mm (7/8") wide print heads, it is a high throughput variable data printing solution. With increased throw distance and faster print speeds than TIJ 2.5 printers, it reduces operational costs while providing incredible print resolution in applications where quality is a major business driver.
^ Click play to see the InteliJet LP printing at ultra fast speeds.
- Print speeds up to 182 m/min (600 ft/min)
- 600x1200 DPI print resolution
- 22mm (7/8") print head width
- Up to 7mm (1/4") throw distance
- Lower cost ink solution
- Higher Efficiency
- Stitch up to 4 print heads, controlled by a single user interface