Vacuum Technologies for the Industrial Sector
GRIPPING ELEMENTS
Gripping systems
CONTACTLESS USING THE “BERNOULLI” PRINCIPLE
Vmeca’s non-contact gripping systems, based on Bernoulli’s principle, are designed for the safe handling of delicate, fragile, or pressure-sensitive materials. The operation is based on the controlled acceleration of compressed air, which creates a low-pressure zone between the gripper and the workpiece: the pressure difference generates a lifting force that keeps the object suspended at a minimal distance, avoiding direct contact with the surface.
This technology helps reduce the risk of scratches, deformation, or contamination and is particularly well-suited for applications in the electronics, glass, thin sheet metal, composites, and packaging industries. Compact, efficient, and easily integrated into robotic systems and automated production lines, Vmeca devices deliver precision, stability, and low power consumption, ensuring high quality standards even in high-speed production cycles.
Mounting Systems for Solar Panels
Solar Master
Vmeca’s SOLAR MASTER line is specifically designed for the handling and installation of photovoltaic panels, ensuring high standards of safety, efficiency, and reliability. These vacuum gripping systems are engineered to handle large, smooth, and delicate surfaces such as those of solar modules, ensuring uniform force distribution and minimizing the risk of micro-cracks or structural damage. The optimization of internal flows and the use of high-efficiency cartridges enable high performance even in the presence of slight surface irregularities.
SOLAR MASTER systems are designed to integrate seamlessly with manipulators, lifters, and automated systems, providing stability during lifting, transport, and positioning. Their robust construction, combined with low compressed air consumption and simplified maintenance, makes them particularly well-suited for both industrial production lines and on-site installation operations. The balance between gripping force, operational safety, and energy efficiency makes SOLAR MASTER a reliable solution for the photovoltaic sector.
Mechanical Needle Gripping Systems
Needle Gripper
Vmeca Needle Grippers are gripping systems designed for handling porous, fibrous, or irregular materials where traditional vacuum solutions are ineffective. The operating principle is based on a series of thin, pneumatically controlled needles that penetrate the material with precision, ensuring a stable grip even on non-compact or non-sealed surfaces, such as fabrics, foams, insulating materials, cardboard, or composite components.
Pneumatic actuation enables controlled extension and retraction of the needles, ensuring fast cycle times and operational repeatability. The compact, modular design facilitates integration into robots and automated systems, while the robust construction ensures durability and reliability even in harsh industrial environments. Vmeca Needle Grippers represent an efficient solution for applications requiring a secure grip on materials that are difficult to handle with conventional technologies.
Gripping Pliers
Mini Grip
Vmeca’s MINI GRIP line is designed for compact, high-precision handling applications that require a small footprint and maximum operational reliability. These vacuum gripping systems integrate high-efficiency ejector cartridges directly into the gripper body, eliminating the need for external generators and minimizing tubing and pressure drop. The result is a lightweight, responsive device that is easily installed on robots, Cartesian systems, and high-speed automated lines.
MINI GRIP ensures a stable and repeatable grip even on small components or smooth surfaces, with low compressed air consumption and fast response times. Its modular design and the availability of various configurations allow the system to be adapted to a wide range of production needs, ensuring energy efficiency, ease of integration, and long-term reliability in demanding industrial environments.
