Laser marking system XENO 1 / XENO 1+
Compact desktop system, offering little footprint and a large work area

Marking laser accessories

• Plano-spherical lenses F-Theta XENO series

  

  Lenses are provided to cover different marking fields.
  The smaller the marking field, the higher the resolution.

   

  Plano-spherical lens	100.2	160.2	254.2	420.2
  To be used with	XENO 4	XENO 1 XENO 3 XENO 4/4S	XENO 1 XENO 4/4S	XENO 4
  Operating distance  XENO 1 mm	149 ± 4	210 ± 8	310 ± 8	549 ± 20
  Marking field mm	69 x 69	112 x 112	180 x 180	290 x 290
  Spot diameter μm	~25	~35	~50	~85
  ≙ Resolution dpi	1,000	725	500	300
  Shift of focus with XENO 4S mm	-	± 35	± 70	-
  Shift of focus speed ms/mm	-	0.5	0.3	-

   

   
  1 Operating distance

• Protective glass for F-Theta

  

  The glass is assembled to the plano-spherical lens F-Theta.
  It can be replaced in the case of damage.

  Protective glass for F-Theta	100	160	254	420
  Outside diameter mm	80	75	75	114

• Rotary axis D30 for LSG+100E
  Rotary axis D30.1 for XENO 1

  

  for markings on the circumference of cylindrical workpieces.
  Workpiece clamping in the 3-jaw chuck Rotary axis

  Rotary axis	D30 / D30.1
  Rotation speed rpm	0-40
  Operating torque Nm	12
  Increment at least [arcmin]	2.5
  Holding torque Nm	20
  Through bore Ø mm	15
  Workpiece Ø up to mm	160
  Distance to groove plate mm	84
  Dimensions W x H x D mm	125 x 105 x 128
  Weight kg	3
  3-jaw chuck	D30
  Clamping range inside  Ø mm	23 - 76
  Clamping range outside Ø mm	3 - 76
  Connecting cable for rotary axis	D30
  Length m	1

   

• Foot switch

  

• Axis controller 2S

  

  to position the linear and rotary axes with the help of a RS232 or the digital I/O interface.

  Axis controller	2S
  Dimensions W x H x D mm	150 x 110 x 25
  Interfaces for Z and rotary axis Interfaces for Digital I/O Interfaces for RS232	for manual operation for automatic operation
  Power supply	24 VDC
  Connecting cable for axis controller	2S
  Length mm	3,000

• Extraction and filter device AF5

  

  Laser marking processes produce poisonous dusts and gases. The extraction and filter device protects the health of the operators and prevents both the laser area and lens from contamination. At this, it also ensures that the laser power maintains. The air from the working area is extracted by a highly performant turbine via a flexible hose.

  The pollutants resp. dusts are separated by the pre-filter and the filter for suspended particles. Gaseous pollutants are absorbed by the active carbon filter. Cleaned air is then returned to the environment.

  The extraction and filter device has a modular design, filters are easy to exchange.

    More information