Busch sealing ring 0486000505 Xierke

Busch sealing ring 0486000505 Xierke

Busch sealing ring 0486000505 Xierke

Dry screw vacuum pump - Industrial

COBRA Industry dry screw vacuum pumps can operate efficiently in many industrial fields. This model demonstrates years of experience in oil-free vacuum technology and uses traditional bearing systems, making it an ideal choice for machining technology applications.[2]

COBRA Industry

Dry screw vacuum pump - semiconductor

COBRA Semicon dry screw vacuum pump provides effective solutions for the demanding semiconductor, solar, flat panel display production and coating industries

COBRA Semicon

Solution. There are different versions available: DS (industry standard, airtight, traditional bearing system), BA (airtight, suspended bearing system, air-cooled type), BC (airtight, suspended bearing system, water-cooled type). All of these vacuum pumps are designed specifically for complex applications in the semiconductor industry.

Roots vacuum pump

Panda and Puma Roots pumps are oil-free vacuum pumps that need to be used in conjunction with a front-end pump. They are suitable for all rough and high vacuum applications that require a large suction capacity

Panda/Puma(2 photos)

Empty application. This type of reinforced vacuum pump greatly improves the output of the front-end pump.
Puma/Panda series vacuum pumps: WP/WPA (industrial, standard type), WV (industrial, with bypass valve), WY (semiconductor, airtight), WZ (semiconductor, with bypass valve, airtight).[3]

Dry rotary vane vacuum pump and compressor

Seco

The working mode of Seco vacuum pump is based on the mature principle of rotary vane technology. Due to the use of self-lubricating rotary blades, there is no need for working fluid lubrication. *Adopting oil-free dry compression method. Through matching materials, special graphite spiral plates inside the cavity, effective heat dissipation, and advanced precision machining processes, high vacuum can be achieved during continuous operation.

Roots blower

Tyr

The three blade Roots blower operates according to the Roots system principle: two parallel rotors run in opposite directions inside the pump body. The pumped medium is sealed between the rotor and the pump chamber, and is compressed by the rotational motion of the rotor before being pumped to the exhaust port. The fan inlet is equipped with an intake filter with integrated noise reduction function. Before being discharged by the fan, the compressed medium will also be treated by the exhaust muffler before being discharged. The driving equipment consists of a motor and a V-belt. The driving method of the V-belt can accurately adjust the fan speed to match the production process.

Liquid ring vacuum pump and compressor

Liquid ring vacuum pumps typically use water as the working medium. The biased blades rotate in the pump chamber partially filled with liquid. The centrifugal force generated by the rotational motion of the blades forms a liquid ring in the pump chamber. Gas is transmitted in the space between each blade and the liquid ring. Due to the offset of the impeller, the space increases, and the production gas is sucked in through the suction groove; As the impeller continues to rotate, the space decreases, causing the gas to be compressed and discharged through the discharge groove. Vacuum pumps can be operated using open-loop or closed-loop water circulation.

Side flow fan

Samos

The Samos side flow fan operates based on the pulse principle, where the kinetic energy generated by the rotating impeller is transferred to the pumped medium and converted into pressure. The side channel formed by the impeller and aluminum casing directly installed on the drive motor shaft compresses the medium and then discharges it through the muffler on the pressure side. The side channel formed by the impeller and aluminum casing directly installed on the drive motor shaft compresses the medium and then discharges it through the muffler on the pressure side.

Vortex vacuum pump

Fossa

The vortex vacuum pump is mainly composed of a fixed vortex disk and a driving vortex disk. Drive the vortex disk to rotate in the fixed vortex disk, generating a rotational conveying action that draws gas in from the outer edge of the vortex disk, compresses it between the two vortex disks, and delivers it to the center of the vortex disk.[4]

Turbomolecular vacuum pump

The Busch Turbo Molecular Vacuum Pump TM 1100-2200 A operates on the principle of a turbine. The rapidly rotating turbine blades rotate between the stator blades.

Turbo

This rotation transfers kinetic energy to the disordered gas particles inside the vacuum pump, which in turn compresses and transports gas molecules from the inlet to the exhaust port of the vacuum pump.

Diffusion vacuum pump

Color

The basic components of Rangu diffusion vacuum pump are a cylindrical pump and a heatable bottom. Heatable oil is used as the working fluid for the pump. The oil vapor rises and enters the nozzle system, and after several stages of steam flow, it is discharged from the system under high pressure. The molecules in industrial waste gas are captured by these steam streams and move downwards towards the outlet of the front-end pump. Oil vapor condenses inside the water-cooled pump unit and returns directly to the bottom of the unit. With its multi-stage and innovative nozzle concept, Rangu diffusion vacuum pump can provide * and stable pumping speed.

vacuum system

vacuum system

By comprehensively understanding the factors that affect selection, we aim to find a vacuum solution that is more suitable for specific applications. Puxu's system engineers consider various requirements during the design process and tailor them to customers based on their experience gained from numerous installation projects