SICK is presenting its compact TriSpectorP1000 programmable 3D camera. Its single-housing design accommodates both the laser source and camera optics, creating geometrically stable and unambiguous measurement situations in every application. The highlight of this camera, however, is its programmability within the SICK AppSpace development environment – the joint programming platform for various sensor technologies from SICK. This enables developers and integrators to develop customised applications and user interfaces for their 3D image processing solutions with the TriSpectorP1000 to meet customer-specific requirements efficiently.
During detection as well as 2D, 3D and profile inspections the TriSpectorP1000 provides real shape data whatever the object colours, contrasts and surface properties – and regardless of background effects or illumination and ambient light situations. Image processing and analysis are also fully integrated in the TriSpectorP1000 – the factory-calibrated 3D data comes in mm-values and can be directly further processed. Among other things, the 3D camera is used as an inline inspection system for measuring volumes and dimensions, for visually guiding pick-and-place robots, for checking height and completeness, for examining contours and verifying profiles, as well as for counting and positioning objects – and wherever the efficient examination of 3D object geometries is required. Imprinted or engraved OCR characters can also be detected and evaluated.
Industry-oriented and integration-friendly design
In device technology terms, the 3D camera is consistently designed for stand-alone industrial use: It has a space-saving and mechanically robust anodised aluminium housing with an enclosure rating of IP 67 and is available with a strong glass or food graded plastic front screen. The three variants for different working ranges (56 mm…116 mm, 141 mm…514 mm, and 321 mm…1.121 mm) ensure optimum implementation of the task as well as sensor integration in the machine environment in every application. Result output can take place via digital outputs and the Gigabit Ethernet interface.
Programming with SICK AppSpace – total flexibility for customised solutions
The SICK AppSpace, which can also be used for the TrispectorP1000 programmable 3D camera, is a joint programming platform for various sensor technologies from SICK that is gaining in popularity among developers and system integrators. This is because many end-customers want solutions that are specifically tailored to their particular tasks and operating conditions, including an individual user interface. The structure and operation of configurable products, however, becomes increasingly complicated with every new function offered. In many cases, however, it is only a matter of adapting the final few per cent of the functionality of an image processing solution to the user’s requirements. Integrators, OEMs and image processing specialists in the company can carry out this individualisation with technical efficiency and cost-effectively if they have the opportunity – building upon the existing basic functions, tools and libraries – to individually program their applications and can design the user interface to precisely meet the operator’s needs. SICK implements this philosophy with its portfolio of programmable cameras: The functionality of the SICK AppSpace development environment offers freedom for one’s ideas – and thus total flexibility for customised solutions. In addition, image processing programmed in the package from HALCON can be directly integrated into TriSpectorP1000, which includes a run-time license for this.
Even complex 3D inspections are straightforward to implement
Whether high part-to-part variation, demanding object properties, rapid processes, unfavourable operating conditions, or maximum measurement accuracy demands – the programmable TriSpectorP1000 is the ideal solution for implementing even complex 3D inspection requirements straightforwardly and individually.