Empowers every shop-floor operator with the capabilities of a professional robot platform.
Provides control over operation parameters and kinematics
Command blocks define the sequence of operations
The interface is optimized for touch-screen devices
The robot cell can be created in ENCY MachineMaker, our digital twin builder, and then loaded into ENCY Hyper. Here, you can edit the robot cell — add or modify components and adjust layout parameters.
In this mode, you define the parts. You can import a CAD model or build a parametric one directly. Then you set the gripping points and arrange the parts in the workspace — for example, on pallets or tables.
You create your robot program visually by placing command blocks and connecting them in sequence. Once your sequence is ready, you can test it either in a virtual simulation or directly on the real robot — just press Live.
When the program is ready, switch to Run Mode to execute it on the real robot. Here, you can control the speed, monitor the current task, and track the tool status — all in real time. All robot movements in the real cell are simultaneously reflected in the digital twin and displayed in the software interface.
ENCY Hyper keeps the user in the loop with the real robot — allowing the program to be executed and refined simultaneously. In simple terms, the platform connects to the robot controller online, enabling the engineer to test and adjust robot motions directly on the real machine while observing the results both in the virtual model and in the physical cell.
ENCY Hyper can run completely independently — and this makes it perfect for everyday automation.
ENCY Hyper acts as the operator interface, while ENCY Robot works in the background, handling heavy calculations and trajectory generation.
Create accurate digital twins of your production equipment:
MachineMaker helps manufacturers and integrators replicate real-world setups virtually. While extensive Robot Components library includes a wide selection of industrial robot brands and various components to build virtual robotic cells. The high-quality simulations and detailed digital twins ensure precise planning and testing before implementation.
Simply Packed with innovation, beauty, and power – now enhanced with AI – driven performance, advanced automation, and smarter control of CNC and robot kinematics.
