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

Never has laser marking been so easy! Unpack the device, install the software, connect and get started.

XENO 1 is a compact desktop system, offering little footprint and a large work area.

XENO 1 perfectly fits with marking on metals or plastics.

XENO 1 completes the range of cab laser marking systems in the lower price segment. Processing the system complies with high industrial standards.

The marking plane is easily and quickly adjustable in height up to 200 mm with the motor-driven moveable Z-axis and the focus finder. In case of different height levels at the workpiece, the scan head can be automatically adjusted to the right focus distance by the integrated numeric Z-axis.

The marking can be simulated with the pilot laser. Interior LED lighting allows observation of the workpiece when the operation door is closed. The workpiece holder is mounted on the groove plate. A rotary axis is available for cylindrical objects. The focus finder makes it easy to adjust the marking plane.

The automatic operation door opens or closes within seconds. Material can be inserted manually or by a handling system from three sides. The extraction and filter system extracts pollutant particles, dusts or gaseous pollutants. It is provided as an accessory.

With the comprehensive cabLase marking software layouts are graphically designed, markings controlled and processes monitored. The legal environmental regulations RoHS and REACH are observed.

Video: cab XENO 1 Kcompact all-in-one laser marking system

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Video: XENO 1 compact all-in-one laser marking system

Never has laser marking been so easy! Sales director Mario Hiss highlights the benefits of XENO 1.

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Sample applications

Engraving
Evaporation with high energy density removes the material. An indentation with a sharp outline occurs.

Annealing
is mainly applied with highly alloyed stainless steel as well as with titanium.

Ablating
The laser ablates the top layer to uncover the underneath material. Examples include anodized layers or paint coatings.

Coloring
is applied with plastics. The way the color changes depends from the chemical composition of the material as well as from ingredients and fillers.

Foaming
The laser melts into the surface of the material.

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Laser marking system XENO 1

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XENO 1 is a fully equipped laser marking system offering high operating comfort for marking single components and series.

1 Integrated Ytterbium fiber laser 20 or 30 W

2 Motor-driven operation door

3 Motor-driven scan head adjustable in height, with a pilot laser to preview the marking

4 Focus finder to set up the marking lane

5 LED lit work area

6 Rotary axis with a 3-jaw chuck to mark cylindrical objects

7 Digital I/O enables control and monitoring, providing 8 freely programmable inputs and outputs

8 Plug to connect the rotary axisOperation panel with function keys, status displays

9 Operation panel with function keys, status displays

10 Groove plate to clamp the workpiece carriers

11 Z-axis, slideable along the groove plate

12 Suction hose

Interfaces

13 External start signal

14 E-stop to integrate into external safety circuits

15 External 24 V for additional operations

16 2 x Ethernet 10/100 Mbit/s
As delivered, the device is configured with an IP address or in DHCP mode.

17 Port to connect the extraction and filter device

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Laser marking system XENO 1

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Laser marking system	XENO 1
	7.1	7.2	7.3	7.4
Laser source	Ytterbium fiber laser, pulsed
cw output power max. W	20		30
Puls energy mJ	1
Wave length nm	1,064
Beam quality M²	<1.8
Pulse width ns	<120
Pulse frequency kHz	20 - 60		30 - 60
Pilot laser / focus finder
Wave length nm	650
cw output power mW	<0.4
Plano-spherical lenses	160.2	254.2	160.2	254.2
Working distance mm	210 ± 8	310 ± 8	210 ± 8	310 ± 8
Marking field mm	112 x 112	180 x 180	112 x 112	180 x 180
Work area Height mm	200	100	200	100
Groove plate W x H x D x pitch mm	500 x 20 x 375 x 25
Z axis stroke motor-driven mm	210
Position accuracy mm	±0.1
Repetitive accuracy mm	±0.1
Traversing speed mm/s	20
Interior lighting	LED
Operating door	motor-driven opening / closeing
Workpiece weight max. kg	30
Dimemsions and weight
Device W x H x D mm	580 x 660 x 700
Device Weight approx. kg	65
Laser protection window W x H mm	100 x 200
Extraction
Nozzle flexible hose NW mm	38
Connector extraction NW mm	50
Operating data
Power supply	100-240 VAC, 50/60 Hz
Power consumption	Standby <35 W / typical 150 W / max. 200 W
Temperature / humidity: Operation	+5-35 °C/10-85 % not condensing
Temperature/humidit:y Storage	0-60 °C/20-85 % not condensing
Temperature/humidit:y Transport	–25-60 °C/20-85 % not condensing
Approvals	CE, FCC class A
Laser safety class EN60825-1	Class 1
Operation panel
LED indicators	Power, Ready, Emission, Error, Marking
Buttons illuminated	Control ON/OFF Focus finder ON/OFF Extraction ON/OFF LED ON/OFF Start Z axis UP/DOWN Rotary axis LEFT/RIGHT Operation door OPEN/CLOSE
Switch	E-stop
Key switch	automatic / manual
Monitoring
Safety circuits	closed
Collective error	Marking laser Extraction device
Interfaces
Work area	Rotary axis Digital I/O
Back of device	2 x Ethernet TCP/IP 24 V for digital I/O Extraction and filter device AF5 External start, external e-stop

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Laser marking system XENO 1

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Marking laser accessories

Plano-spherical lenses F-Theta XENO series

The laser marking system XENO 1 is available with two different lenses.
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	XENO 1 XENO 4	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

1 Operating distance

Protective glass for F-Theta

It is mounted on the plano-spherical lens F-Theta and can be replaced in case of a damage.

Protective glass for F-Theta 100 160 254 420

Outside diameter mm 80 75 75 114

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 marking on the circumference of a cylindrical workpiece. The latter can be clamped in the 3-jaw chuck.

Rotary axis	D30 / D30.1
Rotation speed rpm	0-40
Operating torque Nm	12
Increment min. [arcmin]	2.5
Holding torque Nm	2.0
Through bore Ø mm	15
Workpiece Ø max. 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 mm	1,000

*with plano-spherical lens 160.1

Foot switch

Axis controller 2S

It allows positioning of the linear and rotary axes via the RS232 or 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.

Extraction and filter device		AF5	AF5 with pre-filter module

Suction power max. m³/h		230
Vacuum max. Pa		11,000
Filter equipment	Filter class
Pre-filter mat	F5		-
Pre-filter	F7	-
Filter for suspended particles	H13
Active carbon / BAC filter
Dimensions and weights
Device	Width mm	350	350
	Height mm	650	880
	Depth mm	350	350
	Weight ~kg	40	55
Suction nozzle NW mm		50	50
Operating data
Power supply		100-240 VAC, 50/60 Hz
Power consumption	Standby W	<40
	typical W	400
	max. W	1.100
Temperature / humidity	Operation	+5-40 °C / 10-85 % not condensing
	Storage	-25-55 °C / 20-85 % not condensing
	Transport	–25-55 °C / 20-85 % not condensing
Approvals		CE, FCC, cETLus, W3, CAN ICES-3

Operation panel
Indicators	LCD color display
	Filter saturation Filter status Suction power	Error Turbine / Temperature Machine error
Button 1 Button 2	Run / Standby Suction power
Interfaces
	Serial RS232C
Monitoring	Run / Standby Suction power Temperature error Turbine error Filter saturated Filter pre-warning (75%)	Vacuum filter 1/2 Rotation speed Temperature Operating hours Run Operating hours Standby
Control unit	Run / Standby Suction power+/- Reset