DWCT
A dy metal housing
The 8-gear knob-type sensitivity adjustment switch can accurately adjust the switch output position for the specific required detection material
The bar display displays the fluorescence intensity information, which helps to continuously control the process
Using filters suppresses background fluorescence, so the detection is more reliable
By selecting different lenses can achieve different induction distance, the application is more flexible
Optional fiber connection (with 20 mm lens) accessories to extend the detection distance
With switch output and analog output
Sike sensor
About fluorescent sensors: fluorescent sensors are suitable for monitoring and adjustment of labels, stamps, bottle caps, or auxiliary process automation and label control in quality control, such as thickness control of transparent cement and adhesive stickers, trademark identification protection, identification of invisible marks on packaging, etc.
LUT8: epoch-making fluorescent sensor, simple and friendly identification solution for unvisible and fluorescent markers.
Support for level 8 sensitivity is adjustable
The visual segment display tube makes the regulation process simple and continuously controllable
The replaceable lens greatly increases the elasticity of working distance changes
Built-in supplementary optical filter is used to subdivide and identify fluorescence signals at different wavelengths, making the detection more reliable and stable
Fiber-optic cable connection
Analog output
LUT9: A new generation of remote sensors (with IO Link interface) for invisible and fluorescent markers recognition
Provide a sensitivity adjustment mode for both the teach-in and manual mode
The process adjustment based on IO Link is continuous and controllable, and the parameter setting is simple
Scanning distance is up to 250mm
The visual segment development tube makes the regulation process simple and continuously controllable
Built-in supplementary optical filter is used to subdivide and identify fluorescence signals at different wavelengths, making the detection more reliable and stable
Support for different applications in high speed and high resolution modes
Fiber-optic cable connection
Analog output
Use LUT8 and LUT9 use:
Wood processing: the mark identification of the fluorescent chalk used to mark the defects and tree knots
Food and semi-finished products: the location and control of labels
Pharmaceutical industry: Do the packaging labels exist
Ceramic industry: ceramic tile surface based on fluorescent label product quality positioning.
Document bill: no visible mark on the document bill
