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Contrast sensor Glare - SICK
The Contrast Glare sensor is specially designed to recognize and differentiate objects on the basis of their gloss in order to control production processes.
The Glare sensor from SICK analyzes the spatial distribution of reflected light using Delta-S technology, which allows the sensor to determine the gloss level of flat object surfaces and to differentiate between objects of differing gloss levels. The measurement result is transmitted to the process controls either via two digital switching outputs or IO-Link.Several operating modes are available, making the Glare sensor perfectly suited to a range of different applications.
The Glare sensor from SICK analyzes the spatial distribution of reflected light using Delta-S technology, which allows the sensor to determine the gloss level of flat object surfaces and to differentiate between objects of differing gloss levels. The measurement result is transmitted to the process controls either via two digital switching outputs or IO-Link.Several operating modes are available, making the Glare sensor perfectly suited to a range of different applications.
Contrast sensors KTS and KTX – SICK
Where most of the contrast sensors reach their limits, the KTS and KTX offer more applications, more areas of use, more flexibility.
They incorporate more than just the reliability and availability of contrast sensors from the market and technology leader: TwinEye-Technology®, multifunctional display, integrated job memory and the combination of contrast and color sensor technology.
They incorporate more than just the reliability and availability of contrast sensors from the market and technology leader: TwinEye-Technology®, multifunctional display, integrated job memory and the combination of contrast and color sensor technology.
Fiber optic contrast sensors KTL180 – SICK
The KTL180 reliably detects contrast differences even at high machine speeds. Thanks to its 31.2 kHz switching frequency, a high grayscale resolution and manual switching threshold adjustment, the KTL180 makes for safe object detection.
The response time of 16 µs ensures stable and accurate detection of contrast differences, for example with print marks, even for high-gloss materials. The sensor can be quickly adjusted to the respective application with the 7-segment display and easy menu guidance. Various teach-in processes as well as an integrated job save increase the flexibility during commissioning in a large range of applications - with very high process stability.
The response time of 16 µs ensures stable and accurate detection of contrast differences, for example with print marks, even for high-gloss materials. The sensor can be quickly adjusted to the respective application with the 7-segment display and easy menu guidance. Various teach-in processes as well as an integrated job save increase the flexibility during commissioning in a large range of applications - with very high process stability.
Fork sensors WF, UF, WFM e WFS - SICK
Simplicity, flexibility, and precision – combined in a single fork sensor.
SICK fork sensors combine senders and receivers in a single housing, meaning that they can be adjusted quickly.
Thanks to the precise, focused light beam and the high detection accuracy, the sensors from SICK also detect very minor light attenuation differences. Many different fork sizes, straightforward mounting, and exceptionally high ambient light immunity are just some of the advantages of these fork sensors.
SICK fork sensors combine senders and receivers in a single housing, meaning that they can be adjusted quickly.
Thanks to the precise, focused light beam and the high detection accuracy, the sensors from SICK also detect very minor light attenuation differences. Many different fork sizes, straightforward mounting, and exceptionally high ambient light immunity are just some of the advantages of these fork sensors.
Luminescence sensors LUT - SICK
The bright idea for fluorescent material!
Luminescence sensors from SICK detect visible and non-visible marks that illuminate when using ultraviolet (UV) light.
Fluorescent material and marks are reliably detected independently of their pattern, colors or surface conditions on any material. Luminescence sensors LUT from SICK emit UV light with a wave length of approximately 375 nm. Fluorescent substances convert the UV light into long-wave visible light, which is then received and evaluated by the luminescence sensor.
Luminescence sensors from SICK detect visible and non-visible marks that illuminate when using ultraviolet (UV) light.
Fluorescent material and marks are reliably detected independently of their pattern, colors or surface conditions on any material. Luminescence sensors LUT from SICK emit UV light with a wave length of approximately 375 nm. Fluorescent substances convert the UV light into long-wave visible light, which is then received and evaluated by the luminescence sensor.
Mini contrast sensor KTM - SICK
Top performance for universal, space-saving use in the packaging industry even under harsh conditions: The new KTM prime contrast sensor from SICK features a high grayscale resolution and is integrated into a small, tried-and-tested housing that is also available in stainless steel.
The optimized OES4 ASIC technology and a response time of 35 µs ensure reliable and accurate detection of contrast marks, even on glossy materials. The various teach-in methods (dynamic, static, and switching threshold near the marks) ensure greater flexibility during commissioning. The integrated IO-Link interface can be used to access the parameter settings. This speeds up and simplifies format changes. The KTM reliably detects marks even in conditions with weak contrast ratios and is therefore ideal for use in a wide range of applications, in the stainless-steel version, it can even be used in harsh environments during intensive cleaning.
The optimized OES4 ASIC technology and a response time of 35 µs ensure reliable and accurate detection of contrast marks, even on glossy materials. The various teach-in methods (dynamic, static, and switching threshold near the marks) ensure greater flexibility during commissioning. The integrated IO-Link interface can be used to access the parameter settings. This speeds up and simplifies format changes. The KTM reliably detects marks even in conditions with weak contrast ratios and is therefore ideal for use in a wide range of applications, in the stainless-steel version, it can even be used in harsh environments during intensive cleaning.
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