SCANcube III 14
Aperture 14 mm
Angle Transmitter
of Galvanometer Scanners
analog position detector
Optical Configuration
Wavelength range
(standard)
Standard coatings for all common laser systems:
YAG- & fiber lasers,
Green lasers,
UV lasers,
CO2 lasers

In addition, our portfolio includes numerous multiple wavelength and broadband coatings
Max. laser power
(standard systems, 100% duty cycle)
250 W @ 1064 nm
Typical scan angle ±0.35 rad (opt.)
Image field size
(1064 nm, f = 160 mm)
95 mm x 95 mm
Fiber adapter no
Gain error < 5 mrad
Zero offset deviation < 5 mrad
Dynamic
Number of installed tunings 1
Typical tuning fast vector tuning
Tracking error 0.15 ms
Marking speed
(f = 160 mm)
2.0 m/s
Positioning speed
(f = 160 mm)
14.0 m/s
Writing speed
(with F-Theta objective, f = 160 mm)
High writing quality 500 cps
Good writing quality 740 cps
Step response
(settling to 1/1000 of full scale)
1% of full scale 0.35 ms
10% of full scale 0.90 ms
Precision
Repeatability
(RMS)
< 2 µrad
Positioning resolution
(max.)*
16 bit *
Nonlinearity < 0.9 mrad / 44°
Temperature drift
偏移量 < 25 µrad/K
Gain < 25 ppm/K
8 hour drift
(after 30 min warm-up)
偏移量 < 100 µrad
Gain < 100 ppm
24 hour drift
(after 3 h warm-up)
偏移量
Gain
* 16 bit: based on the full angle range (e.g. positioning resolution 11 µrad for angle range ±0.36 rad)
Electrics / Control
Servo control galvanometer scanner analog servo control board
Control interface
(alternatives)
digital SL2-100,
digital XY2-100 standard,
analog ±4.8 V
Advanced diagnosis options no
Power requirements ±15 V DC, max. 3 A each
Mechanics
Scan axes 2-axis system
Housing variants standard: scan head
Connector positions beam entrance side
Dimensions (L x W x H)
(standard housing)
(133.5 x 99.5 x 105.5) mm3
Weight without objective
(standard housing)
2.3 kg
Beam displacement 16.42 mm
Other Provisions
Water cooling no
Air cooling no
Options objectives with optimized mounting kits
Other Specifications
Dimensions (L x W x H)
(standard housing)
(133.5 x 99.5 x 105.5) mm3
Weight without objective
(standard housing)
2.3 kg
Beam displacement 16.42 mm
Operating temperature 25 °C ± 10 °C
Gain error < 5 mrad
Zero offset deviation < 5 mrad
Skew
Step response time
(settling to 1/1000 of full scale)
Typical Optical Configurations
Applications
Typical Applications Marking applications,
Materials processing in the semiconductor industry,
Microstructuring,
Processing-on-the-fly