Industrial camera - Import export

These parts are used for industrial camera accessories。

Engineered for the smallest possible volume and weight, made with an advanced high-density manufac turing and assembly process. The xiMU cameras are the smallest cameras in our portfolio and even in the world of industrial cameras. The sensor options include 5 Mpix, and 18 Mpix with a USB3 interface.

xiSpec is an ultra-compact Industrial hyperspectral imaging (HSI) camera family with outstanding facts and features. - Cameras with 15 to 150 spectral bands - 170 fps with USB3 interface, 340 fps with PCIe - Snapshot and line scan versions - Smallest and lightest hyperspectral cameras available - Low power consumption - Rugged, no moving parts - Flexible and programmable GPIO options The camera housing and the bandpass filters are optimized to improve the spectral performance of the cameras including guaranteed spectral data quality. Each xiSpec2 camera is individually calibrated. The camera specific calibration file and spectral test report is part of the scope of delivery. These snapshot mosaic HSI cameras have the unique capability of more than real time video-rate spectral data acquisition. Each image can be interpreted as a hyperspectral imaging cube immediately. The standard xiSpec2 cameras come with a micro-B USB3 interface.

The xiMU is an exceptional USB2.0 device. It’s a complete, industrial grade 5 Mpix camera weighing just 3.4 grams including a full metal housing and as such it is the smallest available. It comes with a highly useful features for medical and industrial environments like GPIO and GenICam support. This camera always comes into play when size and mass are deciding factors.

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.

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.

TAMPOPRINT GmbH is a well-established partner for the European brand manufacturers in the toy industry. Our pad printing and laser marking automatic machines 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 toy parts, difficult shape formings or large-sized toy parts, smallest eyes or colorful areas, TAMPOPRINT has the suitable automation.

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.