3d line sensors - Import export

DSMax is the fastest and highest definition laser line 3D displacement sensor on the market for acquiring images and inspecting products in 3D. It is the only sensor that offers: — High scan rates (up to 18 kHz) at full measurement range — Maximum resolution images (2,000 profile points) — Fast high dynamic range (HDR) image These features make it the ideal solution for measuring and inspecting very small parts, such as electronic components, which can contain highly reflective or dark features.

Q6-Lasor sensor – High Speed, High Resolution – Q6 Sets New Standards for 2D / 3D Measurement: Resolution of up to 0.6 µm Profile speed of up to 25.000 profiles/s Measuring ranges between 2 mm and up to 370 mm available Laser wave lengths starting from UV via blue, red and green through to IR The Q6 laser sensor series has already proven its ability in numerous industrial applications demanding a high degree of precision and process stability at increased travel speed. For common environments, connection is established via GIGE interface and GeniCam. Integration with linear axes and robots is possible by means of encoder inputs and trigger option.

Four QuellTech Q6 3D- laser scanners are installed, mutually displaced by an angle of 90°. In this configuration, they are able to monitor the complete surface of the cable running through. It is important that the test does not lower the production speed, therefore very high sampling rates are required, supported by convenient data processing. The measured position of a defect is recorded in cable direction.

The precise and compact surfaceCONTROL 3D 3500 3D sensor is ideal for automated inline inspection of geometries, shapes and surfaces on diffuse reflective surfaces. With a z repeatability of up to 0.4 µm, the sensor sets new standards in high-precision 3D metrology.

The LVP-25-Z20 and LDR-14-Z20 sensors are used for monitoring the clamping position in machine tools. These inductive sensors are integrated in the release device and directly measure the clamping stroke of the drawbar onto which the target ring is glued. Due to their extremely compact design, these sensors are used for different types of tools while providing high-precision and continuous monitoring. No adjustment is necessary when changing the tool.

thicknessGAUGE C.LP sensor systems use laser profile scanners for the thickness measurement. These scanners project a laser line onto the surface to be measured. The laser line compensates for strip tilting and enables profile averaging. The laser line measuring technique makes it possible to measure the thickness of structured materials such as embossed surfaces and perforated plates.