Interferometric Distance Measurement
- Sensor Heads
Next to relative and absolute distance measurement, vibration analysis is possible with a 25 kHz bandwidth in free space or glass rods & fibers as cavities.
|Confocal displacement sensor|
|< 0.05 nm signal stability|
|Absolute distance measurement|
|0.1 … 20 m working distance|
|25 kHz bandwidth|
|3 sensor axes, multiple devices|
|Flexible fiber-based sensor heads|
|Position and angles|
|Velocity and acceleration|
|Beam interrupt compensation|
|Gap and edge measurement in layered structures|
All applications require different constrains for collimation, focusing and the beam profile, depending on their reflecting targets. The shaping of the laser beam is achieved by different sensor heads. All these sensor heads for quDIS are based on optical fibers, well-established in the telecommunication market.
Next to standard collimators and established focusing heads, qutools designs special heads for applications in harsh environments.
Accessoires and Upgrades
Determination of absolute distances within the wavelength range.
Compensation of huge height differences or beam interruptions.
Tracking unit with spherical reflectors for 3D coordinate measurement systems.
Automated tracking or object/prototype examination.
Fibre coupling unit for fast and automatic laser coupling.
Quick calibration measurement even at separated locations.
Ambient Measurement Unit (AMU)
Analysis of environmental parameters like temperature and pressure.
Failure correction, Measurement of refractive index.
Different reflector solutions: Retroreflectors, plane or parabolic mirrors.
Temperature caused deformation and signal stabilisation.
|Signal stability *1||< 0.05||nm|
|Signal stability, absolute distance *2||< 200||nm|
|Bandwidth relative / absolute *3||25||kHz|
|Working distance *4||0.1 ... 20||m|
|Laser power (class 1)||< 400||µW|
|Fiber input connectors||FC Narrow-Key-Slot Mating Sleeves|
|Upgradeable||Absolute distance measurement|
|Interface||USB 3.0, Ethernet|
|Software||GUI, DLL, LabView, Python, Command line|
|Dimensions||440 x 300 x 50||mm x mm x mm|
|Power consumption||< 50||W
at 100 to 230 VAC
*1: relative distance RMS@ 100Hz, 2s, 200mm
*2: absolute distance RMS@ 100Hz, 200mm
*3: @ 1000mm, distance dependend
*4: sensor head dependend