Inline laser marking machine i104 EASY, manufacturer of laser engraving machine for production lines

The I-104 EASY is a FIBRE LASER marking head, THAT CAN BE INTEGRATED INTO YOUR PRODUCTION LINES.
Our EASY laser marking systems are equipped with proven technology, with an ytterbium-enhanced fibre laser source and SEVERAL POWER RATINGS AVAILABLE to meet your needs.

The I-104 EASY marking laser is designed to mark parts at HIGH RATES in any industrial environment.
It provides HIGH QUALITY MARKING on many materials (steel, aluminium alloy, stainless steel, titanium, plastics, etc.).
The I-104 EASY laser marking head marks high definition logos, alphanumeric codes, and 1D, 2D and datamatrix codes, with precision and contrast.

The I-104 EASY laser is extremely COMPACT and is therefore very EASY TO INSTALL in a box or on a production line.
It can operate with or without a PC. Without a PC, a single connection can fully control the laser from your PLC.

It is therefore very simple to integrate our laser machines on all production lines that use Profibus, Profinet or Ethernet/IP (boards on option) field buses.

The I-104 laser is very COMPETITIVE. It meets your needs precisely and offers a quick ROI.
In particular, its GREAT STRENGTH and its very modest maintenance requirements allow us to guarantee 100,000 hours of operation.

Our laser experts and technical personnel remain available to conduct your marking tests in a real situation and recommend the best setup for your specifications.

Marking window	60 x 60mm - 100 x 100 mm - 170 x 170mm - 220 x 220mm - 300 x 300mm (consult us)
Standard focusing distance	See downloadable data sheet
Weight	Fibre control unit: 25 kg – i103 Easy marking head: 5kg
Security	Configuration class 4 (standard EN60825-1)
Control	Without PC (Standalone mode)
Source	SIC Marking ytterbium-enhanced fibre laser
Operating procedure	Pulsed (variable frequency)

The fume extractor is essential for protecting operators from emitted fumes and maintaining optimal marking quality. It effectively removes particles and fumes generated during laser marking, preventing accumulation on parts or lenses. By safeguarding operators and equipment, it extends system lifespan and complies with industrial safety standards.

The integrated reading function allows automatic replay of 2D and 3D codes. Once the cycle is started, these are immediately read in the same program sequence without any additional movement. The reader communicates the read result with an evaluation of the code quality. The proposed system allows a reading of the code whatever its position in the marking window.