OCC
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Over Cutter Camera – OCC The Over Cutter Camera captures all register marks visible in the working area of the cutter with a single shot – automatically and in a matter of seconds. mark would take precious time and, especially on larger systems and with extra-wide materials, the beam-mounted ICC camera would have to travel long distances to capture all the marks. With new, one-shot OCC technology, it no longer matters how many register marks are added or where they are located in the cutting area, which leads to significant gains in the overall productivity of the cutting system. OCC data processing functions are completely integrated in the ZCC software: in seconds, powerful algorithms analyze the camera data and compensate for distortions. Following each material advance, the OCC automatically captures another image and pro- duction resumes automatically as soon as the registration data has been processed. Boards and sheets can be placed anywhere in the working area since the OCC determines location and orientation with a single image. Exact placement of the material becomes irrelevant. For jobs that require the highest possible accuracy, there is always the option to register cut to print with the ICC camera. The ICC captures each register mark individually at full resolution. The two systems complement each other perfectly and provide the user with the best possible solution for every production scenario. The OCC is an intelligent, fully automated optical registration system. It is designed to digitally capture registration marks with a camera mounted above the center of the cutting system, either attached to a support frame or suspended from the ceiling. As expansion to Zünd's proven ICC technology, the OCC represents significant advances in registration speed and therefore in overall productivity. Regardless of the thickness of the printed substrates, high-end optics reliably capture all register marks in a single image and process them in a matter of seconds. Until now users were applying register marks to their graphics fully aware that reading each The OCC field of view covers the entire working area of all cutter sizes. One-shot technology enables capturing all register marks at once, resulting in significant time savings and productivity increases. Recommended register-mark size: 6 – 12 mm / .47 in Reduces manual intervention in the production workflow. Requires both ICC and ZCC camera options. Lighting in the working area may affect image quality and the ability of ZCC to process the captured image data. Over Cutter Camera, 50 MP / 14 mm • Compatible with G3 from ZCC Version 3.0.2 • Compatible with D3 from ZCC Version 3.2.0 Over Cutter Camera, 50 MP / 24 mm • Compatible with S3 from ZCC Version 3.1.2 Completely supported in Zünd Cut Center - ZCC with algorithms that intelligently process image data in a matter of seconds. Fully compatible with ICC camera, seamless transitions from one system to the other. Compatible with all Zünd modules/tools, incl. those requiring vacuum extraction (see following

Mounting guide, configurations without hose support For configurations without modules or tools that require hose support, the following options are available for mounting the OCC: Mounting on support frame Mounting on support frame Ceiling mount Ceiling mount Legend:      ✔ Mounting possible  –  Mounting impossible Ceiling height requirements G3/D3: Support frame: min. 3.2 m / 10.5 ft Ceiling mount: 3.2 – 4.4 m / 10.5 – 14.5 ft

Mounting guide, configurations with hose support Generally speaking, the OCC is compatible with all modules and tools; however, depending on the specific cutting system configuration, certain limitations may apply: Legend: A  Mounting on support frame possible B       Ceiling mount possible   –        Mounting impossible   Note: Hoses and cables must be tied back when modules/tools are stored in module holder. Ceiling height requirements G3/D3: Support frame: min. 3.2 m / 10.5 ft Ceiling mount: 3.2 – 4.4 m / 10.5 – 14.5 ft Exceptions for ceiling mount in combination with gantry: M-line:...