Laser Marker requires less than 20 W of power.
July 14, 2004 - Diode-pumped laser marker, with Class 1 safety features, is suited for marking metal and plastic parts and tags. All components are mounted in air-conditioned, 3-compartment cabinet. Power hook-up is 120 V/60 Hz. Low-noise vacuum cleaner keeps marking area clean from gas and dust. Available with RS232 and Ethernet interface, product includes software that provides visualization of data, machine status, and process sequence.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Borries Marking Systems
3744 Plaza Drive, Ste. 1C
Ann Arbor, MI, 48108 1623
USA
Borries Introduces Efficient Diode-Pumped Laser Markers
Ann Arbor, MI -- Borries Marking Systems is introducing a diode-pumped laser marker which is a step beyond the traditional lamp type laser marker. Power required for the new diode-pumped marker is less than 20 watts, while the marker requires much less water cooling, a common trait of lamp type units with large chillers.
Suitable for marking a broad variety of metal and plastic parts and tags, the Borries diode-pumped marking laser is priced to be very competitive in the marking market. It is positioned as a cost-effective alternative to the markers that require higher wattage, which often dictates that the users buy more power than actually needed.
All components of the Borries diode-pumped laser marker are mounted in an air-conditioned cabinet. Power hook-up is the common 120v/60hz specification, with RS 232 and ethernet interface available.
An optional BC6 controller is available on the Borries diode-pumped laser marker to control various handling mechanisms such as foil transfers, tag feed systems, part shuttles, etc. The marker is controlled by a PC, with Pentium III microprocessor, and the controller is vented by a vacuum exhaust system with filter.
In the marker's cabinet, three compartments handle all the components: the actual marking station with Class 1 safety features, the control station and its electrical panel, plus the exhaust station. A powerful, low-noise vacuum cleaner keeps the marking area clean from gas and dust.
Special software has been developed by Borries for the diode-pumped laser marker. It consists of a system of Windows® programs linked to each other. The software provides visualization of data, machine status and process sequence as a "man-machine interface" providing comprehensive machine control.
For more information, contact Nancy Rector, Borries Marking Systems, 3744 Plaza Drive, Suite 1C, Ann Arbor, Ml 48108. Telephone 734 761-9549; fax 734/761-1171; E-mail: borriesusa@earthlink.net.
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