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![]() Fully automated system for applying two colors to both sides of a medical device. This application uses a Weiss ring indexing dial. To see the complete specifications, click here. ![]() Multicolor dispenser package printing system features linear racetrack to move parts at varying speeds for printing and curing with precision accuracy. More... ![]() Another fully automated system we designed and built uses a precision Weiss ring to index parts and hold registration. Take a closer look at this four-color system for pad printing on automotive fuel caps. Detail view of a fully automated system for pad printing and assembling a medical device, using a single over / under conveyor, multiple Sealcup 90 pad printers, pick & place devices, pad clean-off devices, I/R curing, & vision inspection. ![]() A custom-designed food canister rotary pad printing system (detail of printing area shown at right.) Rotary Pad Printing on Food Container Canisters A major manufacturer of food containers approached ITW Trans Tech with the following request: design and manufacture a printing system for decorating cylindrical canisters of various sizes with horizontal stripes around a 360° circumference. The plastic containers vary in dimension from 50mm to 178mm diameters and substrates include polycarbonate and polypropylene. Production requirements call for decorating 900 pieces per hour. The product must be loaded, pretreated, printed, cured, unloaded, and conveyed to packaging. To solve this pad printing challenge, important consideration was given to part-moving, treating and curing operations. What began as a concept for a simple, rotary pad-printing application evolved into a sophisticated automation using integrated auxiliary equipment to achieve high production rates. Scroll below for more pad printing challenges or feel free to contact us. ![]() A custom-designed multicolor golfball pad printing system built around the MKM 80 pad printing machine (shown at left above with custom dial indexer accessory). Multicolor Golfball Pad Printing A major golfball manufacturer required a decorating system with the following capabilities: automatically apply a combination of up to five-color graphics on any combination of up to four poles of golfballs; maximum number of prints per pole is five. In the finished system, the operator removes a finished ball from the fixture and replaces it with an unprinted ball while the MKM 80 is printing the ball in the second fixture. When the print cycle is complete, the two-position dial indexer swings 180 degrees to move the second fixture from the print station to the operator with the fixture opening automatically. As the first fixture moves to the print station, the ball is clamped inside. The system is easily programmed through the touchpad control panel. The MKM 80 sealed ink cup pad printing machine, as configured, is designed for a full range of multicolor golfball applications at a most economical level. The concept unites complex precision technology with amazingly simple handling. Scroll below for more pad printing challenges or feel free to contact us. ![]() A semi-automatic system for pad printing on satellite dishes (detail view of printing area shown above). Pad Printing On Satellite Dishes An international communications company asked ITW Trans Tech to design a customized application for semi-automatic pad printing of various logos on digital television satellite dishes. The finished system needed to print on three different sizes of steel, powder-coated dishes, including 46cm diameter (weighing 1.36kg) to 60cm (2.95kg) to 76cm (4.4kg). Our customers requirements were for a machine with manual loading and unloading with a capability of printing twelve parts per minute. An ink curing unit was also needed to enable immediate bulk packing of finished parts. The machine operation is very simple: the operator loads the unprinted dish onto the fixture and presses the two-hand, anti-tiedown buttons to activate the dial. Once the dish has passed the guard door, it is pad printed and moves to the next position for curing. There the part is treated by a high-temperature thermodiffusion curing unit. Finally, the dial moves one more time to return the dish to the operators station where it is manually unloaded. For more information on these or any other pad printing challenge, feel free to contact us.
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