Industrial cameras - Import export

Raising Performance Standards with the CRYSOUND Acoustic Imager Experience next-level industrial inspections with the next generation of the CRYSOUND Acoustic Imager: leading the way in reliable technology for leak detection, real-time electrical discharge analysis, and thorough mechanical fault diagnosis. Precision at Its Best 200 MEMS Sensors The CRY8120 Series utilizes a 200-channel MEMS microphone array, providing unmatched accuracy in detecting gas leaks, electrical discharges, and mechanical faults from greater distances. See More with Thermal Integration Optional Thermal Camera Module Enhance your inspections with the attachable thermal camera module. Integrate infrared data with acoustic imaging for a comprehensive, multidimensional view of your inspection area. Tailored to Your Workflow Create custom templates and widgets, including PRPD spectrograms, time domain charts, and thermal images.

These parts are used for industrial camera accessories。

Engineered for the smallest possible volume and weight, made with an advanced high-density manufacturing and assembly process. The xiMU cameras are the smallest cameras in our portfolio and even in the world of industrial cameras. All of the latest models come with a USB3 interface (USB-C, flex or micro coax cables) to support the full potential of sensor bandwidth and ensure simplicity of use. All this together with less than 5 grams weight and less than 1 watt power consumption, makes them also ideal for a plethora of embedded, mobile, and space-restricted applications, such as UAVs. - Miniature camera - Only 15 x 15 x 8 mm and mere 5 grams - High resolutions - From 5 Mpix models up to new 18 Mpix - Next level speed with more than 20 FPS at 18 Mpix - Low power consumption starting at under 1 watt

The microscope image can be viewed by various exchangable or fixed mounted eyepieces with different graticules suitable for all kind of applications. Furthermore several industrial CCD/CMOS cameras are available.

TAMPOPRINT GmbH is a well-established partner of the European brand manufacturers in the sector of electrical household appliances. Our pad printing and laser marking automations meet the highest quality requirements when used in multi-shift operation with high throughput speed. Highest precision of the print image registration on convex, round or flat parts using the pad printing process, one to multicolor, in colorful micro printing are a matter of course and meet the high standards of modern industrial products. Process monitoring using camera systems will secure the quality of your production. Whether smallest parts, difficult shape formings or large-sized components, smallest texts and scales or colorful areas, TAMPOPRINT has the suitable automation.

The MCS42-SEL-AL is a cost effective camera-based AOI system. This solution is optimized for economical and flexible inline inspection of the several production processes. The small and inexpensive system comes with a 42 megapixel, high-definition industry camera and a PC equipped with the powerful modusAOI software whose development includes professional experience of two decades. Characteristics: Single system for inspection of objects. Combination of diverse application tasks in the THT area which take place before a wave soldering or selective soldering oven. Typical tests include confirmation of the mechanical assembly, presence, placement and orientation of plugs, stickers, fixings, reading of barcodes and data-matrix codes.

The PROFILEMASTER SPS 200 / 400 / 550 / 800 system is based on the laser triangulation principle using four up to eight light-section sensors. Each sensor consists of a laser transmitter and an industrial CMOS camera. The sensors are arranged in an octagonal metrology to obtain complete information about the product shape. The optics of the point laser emitter contain a cylindrical lens that generates a line. The CMOS cameras extract the position of the laser line internally using a peak detection algorithm, resulting in a sub-pixel resolution that enables high acquisition speeds. Thanks to its unique concept, precise and reliable measurements are guaranteed for virtually any shape, regardless of torsion. Likewise, an advanced software toolbox is available for measurements such as angles, widths, thicknesses, radii, depths, distances, diameters or deviation from the nominal value. The profile shapes can be easily imported using existing DXF files.

The PROFILEMASTER SPS 50/80/150 – S/N 4 system is based on the laser triangulation principle using four up to eight light-section sensors. Each sensor consists of a laser transmitter and an industrial CMOS camera. The sensors are arranged in an octagonal metrology to obtain complete information about the product shape. The optics of the point laser emitter contain a cylindrical lens that generates a line. The CMOS cameras extract the position of the laser line internally using a peak detection algorithm, resulting in a sub-pixel resolution that enables high acquisition speeds. Thanks to its unique concept, precise and reliable measurements are guaranteed for virtually any shape, regardless of torsion. Likewise, an advanced software toolbox is available for measurements such as angles, widths, thicknesses, radii, depths, distances, diameters or deviation from the nominal value. The profile shapes can be easily imported using existing DXF files.

Industrial High-Performance hyperspectral camera systems for sorting applications or quality control purposes. LLA's NIR hyperspectral imaging cameras are based on push-broom technology. The working principle is a surface inspection with a maximum penetration depth of 1mm. Within milliseconds, material will be detected and evaluated.