SP5Single-Pass Printing
for Flat Products
A linear-shuttle printing system for flat and plate-type product applications.
- System Design
- Linear shuttle
- Printing
- Single-pass
- Loading
- Manual
01 SP5 Identity
02 Application Fit
Flat-form applications, evaluated project by project
SP5 is oriented to flat and square plate-like products. Material compatibility depends on the specific project and application requirements.
- Product Form
- Flat / plate-type
- Application Fit
- Reviewed per project
These examples illustrate typical flat-form applications. Material and process suitability are evaluated for each project.
03 System Architecture
Linear shuttle. Single-pass printing.
Linear-shuttle architecture combines single-pass printing with manual loading and unloading for flat and plate-type applications.
- Linear shuttle
- System architecture
- Single-pass
- Printing method
- Manual
- Loading & unloading
Compact machine architecture for flat and plate-type applications.
04 Process Features
Core Process Features
Plasma pretreatment, single-pass printing, UV curing and automatic cap / clean support the SP5 printing process.
Plasma pretreatment
Supports surface preparation before printing.
Single-pass printing
Single-pass print configuration.
UV pin cure
Intermediate UV curing support.
UV final cure
Final UV curing stage.
Auto cap / clean
Automatic capping and cleaning support.
05 Technical Specifications
Technical Specifications
Key system specifications for SP5.
- Max. print width
- 75.18 mm
- Max. product height
- 150 mm
- Printheads
- 5–10
- Base ink configuration
- WCMYK / 5 heads
- Additional-head options
- Lc / Lm / V
- Printing speed
- 5–6 sec/cycle
- Resolution
- 1200 × 600 dpi
- Loading / unloading
- Manual
- Pretreatment
- Plasma
- Maintenance
- Auto cap / clean
- Curing
- UV pin cure / final cure
- Material compatibility
- Evaluated per project
06 Application Review
Review your product before defining the print solution.
Share your product form, print area and application requirements. PSI can review application fit, material suitability and the appropriate SP5 configuration.