Hydraulics for mechanical engineering
Innovations and further developments in hydraulics such as pumps, valves, hydraulic cylinders and hydraulic oil for industrial applications
Image: Argo Hytos
Hydraulics for mechanical engineering
Innovations and further developments in hydraulics such as pumps, valves, hydraulic cylinders and hydraulic oil for industrial applications
Image: Argo Hytos
Vacuum technology for industry
Innovations and further developments in vacuum technology such as vacuum pumps, grippers and compressors for industrial applications
Image: Gimatic
Pneumatics for drives and tools
Pneumatic components such as compressors, clamping technology, pneumatic cylinders, valves or systems for compressed air treatment
Contents
Fluid power deals with components, systems and technologies that are linear and rotating Transfer forces and Generate movements. Oil is used in hydraulics, air in pneumatics, more precisely compressed air, and vacuum technology creates a vacuum that can be used to grip components, for example. While the good old hydraulics are easy to control high forces is predestined, pneumatics is suitable for applications that require high speeds, but more low forces have to transfer. Fluid technology can be found in the drive technology for machines and systems of all kinds.
Find out about the news from the Fluid Technology for industrial manufacturing with a focus on Energy saving and precision. Here you will find fluid technology components and systems such as pumps, valves, controls and fluids such as cooling lubricants that are required for fluid technology in hydraulics. The innovations out Hydraulic System, Pneumaticsand Vacuum Technology are used in Drive Technology, Manufacturing and assembling.
Special industries like Automotive industry, Renewable energies, Medical Technology, food technology, Microsystems Technology, Mobile Machinery require specially designed developments and knowledge. Here we introduce you to the latest innovations in the field of fluid technology.
Renewable energies
food technology
Automobile
Fluid technology fulfills the requirements in plant and mechanical engineering often drive engineering tasks. It is used to generate linear and rotating movements or forces hydraulically or pneumatically. If the application requires high, easily controllable forces, this is a task for the hydraulics. Pneumatics, on the other hand, are predestined when high speeds with low forces are required. In vacuum technology, on the other hand, negative pressure is generated. One area of application is the handling of parts.
Viscotec presents optimized dispenser series for even smaller dosing quantities in the 1K and 2K range. In addition, the ceramic rotor specially designed for highly abrasive materials and an optimized version of a mixing block for materials that are difficult to mix will be on display.
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.
VAG brings the control and regulating valve type Riko onto the market, which has all the advantages of a needle valve with those of a self-controlled valve drive connects. So far one could Needle valve cannot be used in areas where no Electricity or auxiliary power was available. The automatic and from Own medium The actuator operated by the pipeline with an integrated safety function can also be used for needle valves.
The water-miscible coolant (KSS) from Oemeta enables exceptionally high lubrication performance. Estramet S 77 consists of synthetic ester oils. When mixed in water, the cooling lubricant forms a translucent emulsion. The properties of the cooling lubricants were developed for demanding machining, in particular for high-alloy steels, aluminum alloy and titanium alloy.
Loads of up to 4000 kg per m² can be conveyed gently and practically frictionless on a film of air on the "fixed sliding" ball transfer unit from Orimair. This is particularly advantageous for soft and sensitive surfaces, since the load is absorbed over a large area and not at points. Conveyor tables or vacuum tables of any size can be built with the elements using the mosaic method.
Lincoln has developed a distributor for the "Centro-Matic" single-line centralized lubrication system, which represents a major step forward for single-line centralized grease lubrication systems. After the metered release of lubricant, the pressure in the single-line distributors must be relieved before another lubrication cycle can take place. Depending on the lubricant and line system, this can become critical for automatic centralized grease lubrication systems when the ambient temperature drops. Due to the two-chamber design and a differential piston, the SL-V distributor can bring about a much faster pressure relief and already reverses at a residual pressure of 69 bar.