Z-Tech Advanced Technologies Inc. family of laser markers are our mark of excellence. The iQ series offer the benefit of a non-contact permanent laser marking or deep engraving on a host of materials. The high speed and super precision capabilities makes our laser marking machines ideal for a wide range of applications and industries. Innovators in marking, engraving and micro machining solution processes and years of experience in the medical, electronics, jewelry and industrial material processing applications assures our clients, systems that are robust and reliable even under the most demanding and hostile industrial conditions.
Z-Tech Advanced Technologies Inc. manufactures a range of lasers marking and engraving technology platforms to meet specific marking needs such as ytterbium fiber pumped lasers, diode pumped Q switched Nd: YAG, and Yv04 laser systems. The high electro-optics conversion efficiency design of the iQ series is legendary. From the extremely low power consumption, to the small foot print of electronics, and to the cooling element, almost no maintenance is required resulting in the longevity of the whole system.
The iQ series laser resonators are configured specifically for marking, engraving, and micro machining applications by optimizing the beam quality. Simplicity of design is evident by the modular plug and play configuration, making our lasers simple to use, operate and maintain.
High precision marking or engraving are easily achievable on almost any material including all series of stainless steel, tool steel, brass, copper, gold, platinum, silver, Kovar, Inconel, palladium, Monel, Viton, leather, silicon, ceramics, graphite, tungsten, carbide, marble, aluminum, titanium, diamond impregnated cutting tools, CBN tools, and a wide variety of medical and industrial plastics.
Some of the countless other marking possibilities are:
iQ Series Laser Marker Features
Controller: | |
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Operational Temp Range: | ~10-40˚ C (~ 50–104˚ F) |
Operational Humidity: | 80% non-condensing |
Power Input: | AC 110 – 220 V 8 A, 50/60 Hz |
Power Consumption: | 500 W max |
Weight: | 10 kg (22 lbs) |
Dimensions LxWxH: | 430 x 440 x 145 mm (16.9 x 17.4 x 5.9 in.) |
Specifications: | |
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Laser Source: | Yb-doped Fiber Laser |
Wavelength: | 1064 nm |
Average Laser Output: | 20 W |
Pulse Frequency: | 10-100 kHz |
Beam Quality: | M²< 2 |
Pilot Laser: | Dual 635 nm |
Lenses available (focal length): | 100 mm standard lens (160 mm or 254 mm optional lenses) |
Marking Area Diagonal: | 86.9 mm (140 mm or 223 mm for optional lenses) |
Spot Size: | 25 microns |
Resolution: | 25 microns |
Marking Speed: | Up to 10 m/s (meters per second) |
Marking Head (L x W x H): | AC 110-220 VAC, 10A 50-60Hz |
Laser Controller: (L x W x H): | 18.5” x 9.1“ x 4.75” |
Rotary Table: | 17.6“ x 16.75” x 7“ |
Software: | Included |
Controller: | |
---|---|
Operational Temp Range: | ~10-40˚ C (~ 50–104˚ F) |
Operational Humidity: | 80% non-condensing |
Power Input: | AC 110 – 220 V 8 A, 50/60 Hz |
Power Consumption: | 500 W max |
Weight: | 10 kg (22 lbs) |
Dimensions LxWxH: | 430 x 440 x 145 mm (16.9 x 17.4 x 5.9 in.) |
Specifications: | |
---|---|
Laser Source: | Diode Pumped Nd:YVO4 |
Wavelength: | 1064 nm |
Average Laser Output: | 20 W |
Pulse Frequency: | 10-100 kHz |
Beam Quality: | M²< 2 |
Pilot Laser: | Dual 635 nm |
Lenses available (focal length): | 100 mm standard lens (160 mm or 254 mm optional lenses) |
Marking Area Diagonal: | 86.9 mm (140 mm or 223 mm for optional lenses) |
Spot Size: | 25 microns |
Resolution: | 25 microns |
Marking Speed: | Up to 10 m/s (meters per second) |
Marking Head (L x W x H): | AC 110-220 VAC, 10A 50-60Hz |
Laser Controller: (L x W x H): | 18.5” x 9.1“ x 4.75” |
Rotary Table: | 17.6“ x 16.75” x 7“ |
Software: | Included |