KePlast - The optimized automation solution for injection molding machines
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The optimized automation solution for injection molding machines

The industry solution KePlast The KePlast service portfolio Hardware components KePlast product range The cost-optimized solution for hydraulic machines The complete package for all-electric machines The energy-saving servo pump – KePlast SpeedPump One software for all performance classes Software assistance – KePlast AppCo and KePlast EasyMold Process monitoring for IMMs – KePlast EasyNet Remote support – KePlast ServiceNet KEBA – Automation by innovation

KEBA customers enjoy the best possible support and assistance. A thorough understanding of the markets, pro- cesses and demands right down to the smallest detail forms the basis for a successful and long-lasting partnership. This begins with initial consultation and continues with system design through to installation and series produc- tion support. Our modular training programs provide focused instruction in operation, servicing and programming.

The technology expert for optimized industry solutions We speak the language of your industry Thanks to years of experience in controlling injection molding machines, the experts from KEBA have acquired comprehensive knowledge of the industry and technology. As a result, KEBA employees are able to respond to your requests in all areas quickly and competently and discuss issues with you on an equal footing in the specialist language that you are accustomed to. quickly and competently. They can also carry out customer-specific software adaptation quickly and without problems through to...

KePlast – the optimized, integrated control platform for injection molding machines TOGGLE LEVER DIRECT CLAMP

Optimized solutions for hydraulic, all-electric and 2-platen injection molding machines KePlast control systems have been specially developed for use in plastics processing machines. The model series covers the entire spectrum of applications from simple hydraulic and all-electric injection molding machines through to complex multi-component systems with process-integrated robotics. Uniform concept Best price-performance ratio thanks to customized solutions The control systems and electrical drive technology used in the injection molding machines are precisely optimized toward their...

Hardware solutions in highest quality The KePlast model series features special hardware and software solutions developed for the plastics industry which are based on standard components of the KEBA modular system for machine and robot automation. Reliable control systems and I/Os KePlast control systems are future-proof. They combine the classic strengths of PLC technology such as real-time operation, industrial suitability and stability, with state-of-the-art technology such as real-time Ethernet and the platform-independent programming language Java. The PC-based, fully scalable hardware...

Operating devices in high-quality design Depending on the requirements of the application, various TFT displays in portrait and landscape format are available. Operation occures via microswitch keyboard or touchscreen. In addition to these stationary operation and visualization possibilities, KeTop provides you with a mobile alternative for maximum freedom of movement. All KEBA operating devices stand out thanks to their robust and high-quality design. Precise temperature control with hot runner modules The compact modules for controlling heating zones are specially optimized for the...

The scalable KePlast product range From simple hydraulic injection molding machines to complex multi-component systems with process-integrated robotics – KePlast control systems cover the entire range of applications. The control systems of the i1000, i2000 and i8000 series stand out thanks to their precision and high productivity and ensure savings in energy consumption. The common software platform and the scalable hardware – both in control performance and in the operating unit – provide maximum flexibility. Identical elements are also used for visualization in order to ensure uniform...

The hardware of the i2000 series consists of a highperformance single-board computer with scalable performance level. I/O modules or electric drives are connected via the integrated high-speed real-time EtherCAT bus. The control solution of the i8000 series offers the very latest multitouch technology in combination with top performance. The Linux-based complete package combines state-of-the-art gesture operation with an open control platform and provides maximum individuality. • For hydraulic, hybrid and all-electric injection molding machines • Modular hardware based on Intel Atom •...

The lower-priced KePlast control systems of the i1000 series have been specially developed for standard hydraulic injection molding machines. By focusing on the essentials, KePlast i1000 offers an unbeatable priceperformance ratio. Furthermore the integration of the KePlast SpeedPump, our solution for hydraulic servo pumps, makes additional energy savings possible. Cost-optimized solution for injection molding machines Around 90 percent of all hydraulic injection molding machines can be automated quickly and good-value pricing using control systems of the i1000 model series. The...

Process functions Integrated graphics processor for direct connection of various panels (7", 8", 10" and 12") Controlled injection and holding pressure process with auto-tuning Convenient, complete user interface for injection molding machines Auto-calibration Multichannel temperature control with auto-tuning Euromap 12/67 robotics interface Injection graphic Integrated hot runner controller Quality data logging KePlast SpeedPump servo pump Integrated service pages Hardware High-performance 32 bit processor Thermocouple inputs for J, K or L sensors All I/Os for standard injection molding...

The performance-optimized complete package for all-electric injection molding machines With the solutions i2000 to i8000, KePlast offers a complete package comprising control system, drives and software technology libraries that are all perfectly matched to each other. As a result, problems previously encountered by machine builders when assembling systems consisting of different components are a thing of the past.