E-SIGup manipulators
FAST, PRECISE IAD-CLASS MANIPULATORS
The E-SIGup series electric manipulators are advanced Intelligent Assist Devices (IAD), designed for maximum precision, ergonomics, and adaptability in production environments. Thanks to a modern microprocessor architecture and advanced control algorithms, the system automatically detects and dynamically balances the load in real time—without the need for manual calibration.
The device automatically adapts to changes in the weight and properties of the transported object, ensuring stability and full control regardless of varying operational conditions.
The integrated floating mode allows the load to be guided directly by the gripped object, resulting in exceptional positioning accuracy, especially in confined spaces. The manipulator’s instant response to control signals makes the E-SIGup a natural extension of the operator’s movement—boosting work efficiency and minimizing physical strain on the user.
The manipulator’s design combines high ergonomics with advanced safety features, making it an ideal solution for applications requiring maximum speed, reliability, and control.
Products presented below are standard products.
Our team is able to adapt ordered equipment to your individual needs.
Advanced E-SIGup Controller
The E-SIGup electric manipulators are equipped with a force-sensing controller that eliminates the need to physically move the handle to activate motion. The device responds to subtle pressure changes, allowing the operator smooth and intuitive control — even across a wide range of movement or when using custom tools.
A distinctive feature of the system is the floating mode, which enables direct load handling without gripping the handle. The operator can guide the product by hand, which is particularly useful for precise positioning in confined spaces or when working with delicate loads.
Additional communication interfaces allow the controller to integrate with dedicated, technologically advanced grippers, expanding the manipulator’s application possibilities in demanding environments.