for component handling
Innovations and further developments in vacuum technology for industrial applications such as vacuum pumps, grippers, compressors
Image: Gimatic
for component handling
Innovations and further developments in vacuum technology for industrial applications such as vacuum pumps, grippers, compressors
Image: Gimatic
for component handling
Innovations and further developments in vacuum technology for industrial applications such as vacuum pumps, grippers, compressors
Image: Gimatic
Here you will find new developments in this area Vacuum Technology for mechanical and plant engineering as well as for special sectors such as gripper technology, vacuum pumps, vacuum ejectors and applications such as for the clean room Food industry or battery production for example.
Content:
Vacuum Technology is used today in many industrial sectors such as Handling of components in production and manufacturing technology, Measurement Technology, Food Processing or in medical equipment deployed. During development, it is increasingly necessary to pay attention to energy efficiency and sustainability. Leybold GmbH is a pioneer of industrial vacuum technology. It celebrates its 2020th company anniversary in 170.
Here you will find components and systems for vacuum technology from specialists such as Heraeus, Witte, Pfeiffer Vacuum, SMC, with which the processes in the modern factory have it optimized - including Vacuum ejectors or vacuum generators or vacuum pumps with rotary vane pumps, scroll pumps, diaphragm pumps, Roots pumps, screw vacuum pumps, diffusion pumps and turbo pumps as well Vacuum gripper or vacuum clamping devices.
food technology
Microsystems Technology
Robotic
Owis offers a large portfolio Vacuum Technology from High vacuum (HV), about Ultra high vacuum (UHV) up to extremely high vacuum (XHV). It starts with positioners and optical components in pressure ranges up to 10-6 mbar. In 2017 the company expanded the UHV to 10-9 mbar with new ultra-high vacuum products for a considerable expansion of the possible applications. Last but not least, in the last few years the know-how for XHV products has increased to 10-11 mbar worked out.
The multi-stage vacuum generators of the ZL250A series from SMC bring about 112% higher suction volume flow compared to a single-stage model. On the basis of the highly efficient 3-stage diffuser construction, they are very powerful. The lightweight powerhouses are also 8% narrower and 60% lighter.
The new Scroll pump of vacuum pumps Hiscroll series from Pfeiffer Vacuum offer a high nominal pumping speed of 6 to 20 m³ / h. The compact design of the oil-free, hermetically sealed vacuum pumps and you low-vibration, quiet operation are particularly beneficial.
For the gentle transfer of workpieces from or to the machines vacuum cups used, be it in paper production, packaging technology, food technology or beverage industry. The suction cups not only have to grip securely, they should also be able to be installed and maintained as quickly and easily as possible. The new vacuum cup ZP3C from SMC is ideal for this. You can find these and other innovations below:
The integrated IO-Link functionality in the compact ejectors SCPi / SMPi from Schmalz is the prerequisite for standardized and therefore cost-effective networking of system components and for preventive system monitoring. In addition, up to 65% compressed air can be saved with these vacuum generators. The power blow-off function ensures more process speed, with which even sensitive workpieces can be removed without damage.
Efficient vacuum generation with compressed air is possible. If the vacuum generator is optimally designed for the application, all parameters such as workpiece properties, cycle times and transport routes have been taken into account and if a suitable, performance-based ejector with functionalities relevant to the requirements is selected, compressed air is not expensive, but a highly efficient energy carrier. Vacuum technology specialist J. Schmalz shows how it's done.
J. Schmalz presents the SBG special gripper for automated battery cell production. This means that the user can handle electrodes with precise positioning and without damage. The SBG enables a throughput of more than 60 cycles / min and, in connection with a double-layer sensor, a very high level of process reliability. Other grippers will also be presented.
The patented “multi-circuit” ejectors from Avac supply four, five or six independent vacuum circuits. Can be installed quickly and easily and replace many components that would be necessary with conventional ejectors. The low-maintenance vacuum circuits are monitored with just one vacuum sensor.
Space missions are among the most expensive research projects of mankind and can quickly cost billions of euros. In order to ensure that the corresponding components also function in the vacuum conditions prevailing in space, they are technically generated with suitable pumps and systems on earth. Leybold provides the technology for this as a holistic provider - right up to ultra-high vacuum.
Electro-mechanical or pneumatic-mechanical: Reliable switching elements are essential for the safe operation of a vacuum system. The product family of mechanical vacuum switches VS-V-EM-ST (electro-mechanical) and VS-V-PM (pneumatic-mechanical) from J. Schmalz GmbH ensures efficient process monitoring and control in automated handling.
The modular Vacuum gripper row of coval can be configured and adapted to any application. On the one hand, the suction cups can be configured in terms of shape, diameter and materials. On the other hand, the vacuum level can be adjusted using an electronic vacuum switch or vacuum valve.
J. Schmalz presents the new high-speed suction cup SAXM with an extremely high stroke and a new internal structure. In this way, they ensure good adaptation to different workpiece contours and significantly increased transverse force absorption even on oiled sheets. This enables the fastest cycles and maximum output quantities, as when used in press lines. The new double sheet control DBD has a flexibly mounted sensor holder and ensures that the sensor is placed exactly on the workpiece. This reduces false signals and downtimes to a minimum when separating sheet metal.