Compact by Design
A small laser-unit footprint designed for suitable production-line integration.
UV-T1 · 5W UV INLINE LASER
Inline UV Coding.
Built for Production Lines.
Compact 5W 355 nm UV coding for suitable flexible packaging.
Designed for flying marking of date codes, batch codes, QR codes and other variable data on suitable flexible packaging.
5W · 355 nm UVInline / FlyingCompact Integration
Built for inline production
A compact system for inline coding.
Inline Marking
Flying laser marking for date codes, QR codes and variable production information.
355 nm UV
Nanosecond UV solid-state laser technology for application-specific packaging work.
No Routine Ink
For suitable applications, laser coding avoids routine ink and solvent consumables used by many conventional coding systems.
Inline coding applications
Production information, marked inline.
Food Packaging
Date, batch and QR code marking on suitable flexible food-packaging materials.
Personal Care Packaging
Variable identification for suitable flexible packaging used in personal-care production.
Household Product Packaging
Production information and traceability content on suitable packaging lines.
Dairy Packaging Experience
Used in dairy packaging lines for date and QR code marking on milk pouches.
Flexible packaging materials
Application experience vs. candidate materials.
Flexible plastic packaging
Current application experience includes plastic films and soft packaging materials, including milk-pouch and flexible food-packaging work.
Evaluate the actual film structure
PE · LDPE · HDPE · PP · PET · mono-material films · multilayer packaging films · suitable coated or printed films · suitable foil or aluminum-laminated packaging.
Results depend on material formulation, color, coating, additives and layer structure. Sample testing is recommended. ILLUMEX does not claim that every listed candidate material has been verified.
Why UV inline marking
Compact integration. No routine ink or solvent consumables.
Compact line integration
A small laser-unit footprint designed for suitable existing packaging lines.
No routine ink or solvent consumables
For suitable applications, laser coding avoids the routine ink and solvent consumables used by many conventional coding systems.
This does not mean zero maintenance or universal replacement of inkjet and thermal-transfer systems. Application fit must be validated.
Designed through field iteration
Improved from field use and customer feedback.
Electrical Isolation
Electrical isolation was added to the flying-control and display data cable to improve resistance to electrical interference.
Stable Power Supply
The power supply was replaced with a more stable version.
Updated Control Board
The current revision uses an updated control board.
Dual Red Positioning Lights
Two added red positioning lights support focusing and positioning alongside the laser source's built-in blue guide light.
Detachable Power Cable
The power cable uses a detachable plug-in design.
Production-line integration
Interfaces for suitable line-control workflows.
- Control System
- TYFM-101
- USB
- USB ×1
- USB Extensions
- USB drive / USB network adapter / barcode scanner
- External Trigger
- NPN / switch signal
- Encoder
- NPN
- I/O
- 2 inputs / 2 outputs
- Serial
- RS-232 ×1
- Ethernet
- 100 Mbps RJ45 ×1
Production-line speed: 0–300 m/min, depending on material and marking content. This is not a guaranteed speed for every application.
Product data
Technical Specifications
Current technical data for UV-T1. Final optics and line configuration depend on the validated application.
- Laser Type
- Nanosecond UV solid-state laser
- Wavelength
- 355 nm
- Average Output Power
- ≥5.5 W @40 kHz
- Cooling
- Water cooling / chiller supplied with system
- Standard Marking Field
- 70 × 70 mm
- Working Distance
- 100 mm
- Other Field Lenses
- Optional depending on application
- Marking Speed
- ≤5000 mm/s
- Minimum Line Width
- 0.01 mm
- Repeat Positioning Accuracy
- 0.001 mm
- Production-line Speed
- 0–300 m/min, depending on material and marking content
- Input Power
- AC 100–240 V
- Rated Power
- 350 W excluding chiller
- Laser Unit Dimensions
- 302.6 × 135 × 125.5 mm
- Weight
- 7.8 kg
- Operating Temperature
- 0–45°C
- Humidity
- ≤95%, non-condensing