Compact integration laser for industrial marking
The InMarker series powerful (up to 200 watts) industrial laser engravers guarantee precise marking with short cycle times as part of your production line, robot cell or production facility.
Marking laser for the labelling of metals and plastics.
Flexibility across the industry
Simple integration
Powerful and stable
Fiber laser & MOPA Laser
Robust and compact marking device
Safe working environment
Overview of the integration laser
Fiber laser and MOPA for labelling metal and plastics
The powerful industrial laser engravers guarantee precise labelling with short cycle times as part of your production line, robot cell or production facility.
Fiber laser and MOPA for labeling metal and plastics InMarker
Technical data for InMarker
Model | InMarker | ||||
Laser source | pulsed Yb-Fiber laser | ||||
Wave length | 1064 nm | ||||
Laser power | 20 W | 30 W | 50 W | 20 W | 100 W |
Laser class | possible with Safetycone and pilot laser class 2, possible with Safetycone without pilot laser class 1 and without Safteycone laser class 4 | ||||
Pilot laser | yes - red (optional without pilot laser) | ||||
Pulse duration | 200 ns | Adjustable | Adjustable | ||
2-350 ns | 2-500 ns | ||||
Pulse frequency | 1-600 kHz | 1-4000 Khz | |||
Max. Pulse energy | 0,8 mJ | 0,8mJ (@37kHz) | 1,25mJ (40kHz) | 0,8mJ (@25kHz) | 1,5mJ |
(@ 25kHz) | (@67kHz) | ||||
Typical service life of pump diodes | 100.000h | ||||
Jet quality | M²<1,5 | M²<1,8 | M²<1,4 | M²<1,6 | |
Marking field with Safetycone | Variant S - marking field X x Y: 50 x 40 mm / top surface: 80 x 70 mm | ||||
only possible with focal length 160 or 163 mm | Variant L - marking field X x Y: 90 x 70 mm / top surface: 120 x 100 mm | ||||
Alternative variants: customized | |||||
Marking field without Safetycone | 70 x 70 mm, 120 x 120 mm, 150 x 150 mm, | ||||
190 x 190 mm, 240 x 240 mm, 310 x 310 mm | |||||
Focal length | selectable: 100 mm, 160 mm, 210 mm, 254 mm, 330 mm, 420 mm | ||||
Fieldbus / control | Profinet | ||||
Communication | Ethernet, USB, HDMI | ||||
Security interface | Standard: Han 3A 6pol, Option: Profisafe / Han3A RJ45 | ||||
Suction interface | Harting Han 6 24pole | ||||
Cooling | active air-cooled | ||||
IP Protection class | IP 54 (marking head) | ||||
Power consumption | Max. 1.000 W | ||||
Power supply | 110 - 230V / 50-60Hz / 1-N-PE | ||||
Laserrack | Interfaces & integrated power supply | ||||
Safetycone | Interfaces & integrated power supply | ||||
Fiber length | Standard: 3 m / Option: 5 m | ||||
Connection package head/rack | Standard: 3 m / Option: 5 m | ||||
Connection head/rack | Hybrid cabel 1,5m | ||||
Operating environment marking head | 15 - 35 °C, non-condensing | ||||
Operating environment rack | 15 - 35 °C, 0 - 60 % non-condensing | ||||
Weight marking head | 4,6 kg | ||||
Weight Safetycone | Variant S: 2,8 kg, Variant L: 3 kg | ||||
Weight laser rack 19'' 4HE | 13 kg | 16 kg | 13 kg | 18 kg | |
Weight control rack 19'' 4HE | 14 kg | ||||
Dimensions marking head | 306 x 120 x 106 mm | ||||
Dimensions Safetycone | 209 x 183,5 x 269,5 mm | ||||
Dimensions laser rack 19'' 4HE | 450 x 177 x 540 mm | ||||
Dimensions control rack 19'' 4HE | 450 x 177 x 540 mm | ||||
Applied standards and guidelines | IEC EN 60825-1, Machinery Directive 2006/42/EG |
Options
Marking area
With Safetycone 50 x 40 mm / 90 x 70 mm
ithout Safetycone, depending on the lens, up to 190 x 190 mm
Safetycone
The local “Safetycone” safety module allows work to take place under the highest possible laser safety class 1, thereby saving the cost, effort and space associated with an additional laser protective housing.
Designed for flat surfaces. It is possible to customise the Safetycone if the surface is curved or bent.
Pilotlaser
As standard, the InMarker is supplied with a pilot laser that meets laser protection class 2 in conjunction with the Safetycone. It is possible to optionally cancel the pilot laser (it cannot be retrofitted).
Customising
For all non-standard versions, our Competence Centre can provide a feasibility study for your specific usage.
Cable length
5 m trailing
Perfect for industrial marking (DPM)
Direct Part Marking (DPM) is a type of marking that is applied directly to the workpiece and permanently remains in place. Compared to dot peen marking (needle embossing), laser marking is contactless, thereby allowing reliable labelling to take place in production without the need for interruptions that are time-consuming and cost-intensive. No scratching of tools or components, no smudged markings. Milling parts are marked with series and batch numbers, cast parts are engraved with data matrix codes or injection-molded parts are provided with production dates and serial numbers. It is therefore possible to quickly implement practically any industrial labelling (DPM) in short cycle times without fixing the material.
Applications and areas of use
The InMarker can be easily integrated into your production line or installed in stand-alone workstation without the need to make costly changes to your production. This solution can therefore be used to directly implement any industrial labelling in short cycle times without fixing the material.
References from industry
Industry specialists for your series and integration requirements
Our expert team in Key Accounts will provide you with advice and support from the very first meeting through to carrying out a feasibility study, training and commissioning. This team and the support of an additional 750 employees across the world provide you with a competent and reliable partner for your industrial processes.