The industrial borescope has a 1.2 m / 3.9 ft long endoscope cable. With a diameter of only 2 mm, cavities with the smallest access can be viewed with the help of this industrial borescope. The camera head of this industrial borescope can move freely in 4 directions.

- Cable / head diameter: 2 mm
- Direction of movement camera head: 4-way
- Camera head length: 7 mm
- Bending radius: 6 mm
- 1.2 m / 3.9 ft endoscope cable
- 5" monitor
- Image and video memory
- IP58 camera cable
- 400 x 400 pixel image resolution

The snake camera has a 1.2 m / 3.9 ft long endoscope cable. With a diameter of only 2 mm, cavities with the smallest access can be viewed with the help of this snake camera. The camera head of this snake camera can move freely in 4 directions.

- Cable / head diameter: 2 mm
- Direction of movement camera head: 4-way
- Camera head length: 7 mm
- Bending radius: 6 mm
- 1.2 m / 3.9 ft endoscope cable
- 5" monitor
- Image and video memory
- IP58 camera cable
- 400 x 400 pixel image resolution

The surface testing - inspection camera has a 1.2 m / 3.9 ft long endoscope cable. With a diameter of only 2 mm, cavities with the smallest access can be viewed with the help of this surface testing - inspection camera. The camera head of this inspection camera can move freely in 4 directions.

- Cable / head diameter: 2 mm
- Direction of movement camera head: 4-way
- Camera head length: 7 mm
- Bending radius: 6 mm
- 1.2 m / 3.9 ft endoscope cable
- 5" monitor
- Image and video memory
- IP58 camera cable
- 400 x 400 pixel image resolution

The videoscope has a 1.2 m / 3.9 ft long endoscope cable. With a diameter of only 2 mm, cavities with the smallest access can be viewed with the help of this videoscope. The camera head of this videoscope can move freely in 4 directions.

- Cable / head diameter: 2 mm
- Direction of movement camera head: 4-way
- Camera head length: 7 mm
- Bending radius: 6 mm
- 1.2 m / 3.9 ft endoscope cable
- 5" monitor
- Image and video memory
- IP58 camera cable
- 400 x 400 pixel image resolution

The automatically operating digital process refractometer iPR HR² (High Resolution) measures the refractive index continuously and thus, the concentration of a binary or quasi-binary liquid mixture. They are especially developed for the checking of liquids with very low solid concentrations (e.g., Light drinks). The iPR HR² has a very high resolution and precision.