Laser machines, Wissner LTD.

Wissner Gesellschaft für Maschinenbau mbH

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Selection of the laser

Laser treatment can be integrated in all machines at Wissner.

Wissner receives lasers of first-class leading manufacturers according to the
task demanded and the customers´ wishes and integrates them into the
machine. Hence, our customers have a wide selection of systems to
choose from.

In general there are four different kind of lasers:

1. CO2 Laser- the most common type.
    This CO2 Laser is especially suitable for the cutting of material such as steal
    and synthetics. There have been existing maintenance-free systems for the
    last 10 years at smaller lasers. These are also called sealed since the laser
    tube is fully closed and maintenance-free for a very long service life. Such
    lasers are cooled via a closed circular movement and the operating status
    is surveyed by a CNC-control system. This means that the CNC-control
    system takes over the whole monitoring of the laser-usage.

VIDEO
Machine system
WiTEC
in the application
Duration: 5 min.

VIDEO
Dental milling technology in
the application
Duration: 12 min.

Determined by the system this
can taking a little time.

CO2 Laser		WL 50	WL 100	WL 200	WL 1500	WL 3000
Capacity of the laser	Watt	50	100	200	1500	3000
Max. depth of cut in acryl	mm	8	20	25	40	50
Cutting of steal		no	no	with O2	with protective gas	with protective gas
Max. depth of cut in steal	mm	0	0	2	8	20
Maintenance-free system		jes	jes	jes	no	no
Coolant circulation system		jes	jes	jes	jes	jes
Connection capacity	kVA	3	5	9	30	65

2. ND: Jak Laser are best suited for inscription tasks in general. Being equipped
    with a galvano-head they can perform inscriptions in a very fast way. They are
    movable together with the mechanism of the machine as to cover a large
    treatment area.

3. The light of the laser at Diode-Lasers is evoked by a semiconductor diode.
    These maintenance-free and powerful Diode-Lasers are particularly well
    suited for the inscription engineering and for the fine excavation of material.

4. Extreme short-wave Eximer-Lasers allow to excavate material in a µ-exact way.

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