Transfero

Automatic marking system for roll materials

The Transfero system is designed for automatic laser marking of roll materials. Combining the ability to quickly spool the material and high-speed marking, Transfero allows to mark various labels automatically with high accuracy and productivity.

Laser marking using Transfero allows to process a wide range of roll materials, providing:

Marking of continuous numbers
Protective marking
Marking of date and time
Marking of images and text

Warranty: 1 year.

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Special features of Transfero

Parallel marking of several streams

Various numbering arrangements.

The maximum width of all lines is 180 mm.

Automatic material feed

Alignment and pretensionof the belt.

Maximum feed speed 1.7 m/s.

Quality and precision

The accuracy of hitting the label is not more than 0.5 m.

Minimum diameter of the mark is 30 µm.

Applications

Security laser marking

Laser marking of holographic labels

Components and options for Transfero

Laser source

Label sensor

Simple focus

Lighting

Video camera

Air exhaust systems

Fiber laser

The laser beam is a unique instrument, the parameters of which are determined by a laser emitter (laser source).

Depending on the model, laser sources differ in maximum power, pulse duration, frequency, and quality of emission. Our specialists will help you select the best laser source model for any task.

Fiber laser manufacturer: IPG-Photonics.

Standard emitter

Laser resource: more than 100,000 hours

Wavelength: 1.064 μm

Maximum power: 10, 20, 30, or 50 W

Pulse duration: 100 ns

Maximum pulse energy: 1.0 mJ

Pulse frequency: 20-200 kHz

Cooling: autonomous air cooling

Advanced emitter (MOPA)

Laser resource: more than 100,000 hours

Wavelength: 1.064 μm

Maximum power: 20 or 30 W

Pulse duration: 4 - 200 ns

Maximum pulse energy: 1.0 mJ

Pulse frequency: 1.6-1000 kHz

Cooling: autonomous air cooling

Holographic label sensor

To work with a continuous roll of holographic patterns, the system uses specialized sensors and marks.

The marks reflect the light at a certain angle to separate them from the background on a mirror surface.

Ultrasonic Label Sensor

The sensor is designed to determine the position of a transparent, translucent or opaque film on any substrate. The microprocessor control and adjustment system guarantees reliability with films as thin as 0.02 mm.

Focus assist laser

Focusing is the process of adjusting the position of the lens relative to the workpiece to achieve the best processing result. In our laser systems, a green auxiliary laser is built into the marking head at an angle to the optical axis of the lens, it helps to visually determine the position of the focal plane.

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Illumination of the working area

LED illumination is installed in the lower part of the marking head. It provides additional illumination of the working area, greatly facilitating the work of the operator.

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Video camera

In laser processing systems, video cameras are used to overcome three challenges:

Monitoring of the process
Matching the processing program to the workpiece
Detection and reading of barcodes

The selection of a video camera is carried out by the specialists of the Laser Center on a case by case basis for the specific needs of the client.

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Air exhaust systems

Air exhaust systems ensure the exhaust of air from the laser processing area and its subsequent purification from combustion products, smoke and odors.

Depending on the model, design and configuration of the laser system, Laser Center could recommend air exhaust systems from ULT (Germany), NEVA, or SovPlym (Russia).

ULT air exhaust systems SovPlym air exhaust systems NEVA air exhaust systems

Transfero