Industrial Pulsed Fiber Lasers (Q-Switched)0 pages

Industrial Pulsed Fiber Lasers (Q-Switched)
General
V-Gen's VPFL lasers are pulsed,
Ytterbium fiber lasers in unique
Q-Switch configuration (patent
pending). Incorporating
leading edge technology, the
VPFL series provides top
performance in a wide range
of precision-intensive industrial
applications such as micromachining, fine processing,
marking, engraving, scribing
and more. The VPFL-HE (high
energy) lasers offer very high
pulse energy and are ideal for
metal processing applications
such as drilling and deep
engraving.
An all-fiber system, the VPFL's
RS232/TTL control interface is
designed for simple operation
and precise tuning of the laser
parameters -- output power,
pulse energy, repetition rate
and peak power. Offering high
beam quality, high peak power
and high pulse energy, V-Gen's
lasers are competitively priced
yet offer the full range of
specifications to meet a wide
range of applications.
With low weight and small
size, the VPFL series is easily
deployed. Housed in a robust
assembly that meets industrial
standards and fitted with a
metal armored fiber cable,
VPFL lasers deliver a high
quality, near diffraction-limited
output beam. The VPFL's solid
construction is maintenance
free and reliable, ensuring
long-life operation at low
operational cost.

Highlights
•t OEM ready
•t Maintenance free for cost-saving operation
•t High pulse energy with excellent beam quality
•t Low weight and small size for easy deployment
•t Simple setting of parameters and system testing by PC or handheld
computer
•t Complies with the industry standard
•t Tunable parameters for wide range of operations

Applications
•t Marking and deep engraving
•t Material processing
•t Micro-machining, fine processing and fine drilling
•t Scribing
•t Thin film cutting

Main features
•t Up to 100 W average output power
•t Up to 1.5 mJ pulse energy
•t Up to 15 kW peak power
•t 100 nsec pulse width
•t High wall plug efficiency (>20%)
•t High beam quality (M²<1.3)
•t Forced air for efficient system cooling
•t Optional output collimators for variety of output beam diameters
•t RS232 and TTL interfaces