SOLUTIONS

Optical parts

Angle measurement of microprisms smaller than 1 mm

Angle measurement of microprisms smaller than 1 mm
Optical Components PrismMicroprismOptical parts
Optical axis adjustment of mirror mount stages used in optical experiments

Optical axis adjustment of mirror mount stages used in optical experiments
Optical Components StageOptical parts
Angle measurement during MEMS mirror tilt operation

Angle measurement during MEMS mirror tilt operation
Optical Components MEMS MirrorOptical parts
Parallel adjustment and angle monitoring of X-ray mirrors

Parallel adjustment and angle monitoring of X-ray mirrors
Optical Components X-ray mirrorMonitoringOptical parts
Positioning of the components that make up the optical pickup

Positioning of the components that make up the optical pickup
Optical Components PrismLensOptical pickupOptical parts
Optical axis adjustment of the optical components that make up the projector

Optical axis adjustment of the optical components that make up the projector
Imaging Field ProjectorOptical parts
Posture monitoring of optical components that make up laser welding and processing machines

Posture monitoring of optical components that make up laser welding and processing machines
Laser welding, engraving machine MonitoringLaser processing machinesLaser weldingOptical parts
Laser welding machine, optical axis adjustment of processing machine configuration optics

Laser welding machine, optical axis adjustment of processing machine configuration optics
Laser welding, engraving machine Laser processing machinesLaser weldingOptical partsOptical axis
Two autocollimators are used to measure the parallelism of the measured object

Two autocollimators are used to measure the parallelism of the measured object
Semiconductor Optical partsParallelism
Two autocollimators are used to measure the squareness of the measured object

Two autocollimators are used to measure the squareness of the measured object
Semiconductor Optical partsSquareness