As an engineer researching vacuum systems, I need to understand the different types of vacuum pumps available for 'PROCESS VACUUM' applications. Navigate to the relevant section on vacuum-guide.com and identify at least three distinct types of vacuum pumps mentioned for 'PROCESS VACUUM'. For each identified pump type, state a brief description or key characteristic.
Navigate to 'https://www.vacuum-guide.com/'. Click on the 'vacuum pumps' button under the 'PROCESS VACUUM' section (ID 122). Identify at least three distinct types of vacuum pumps listed on the page. For each identified pump type, extract a brief description or key characteristic. Synthesize the names of the pump types and their descriptions/characteristics.
The agent successfully navigates to the 'vacuum pumps' page under 'PROCESS VACUUM'. The agent identifies at least three of the following vacuum pump types: 'Rotary Vane Pumps', 'Screw Pumps', 'Liquid Ring Pumps', 'Roots Pumps', 'Diaphragm Pumps', 'Scroll Pumps', 'Turbomolecular Pumps', 'Diffusion Pumps', 'Cryopumps', 'Ion Pumps', 'Sublimation Pumps'. For each identified pump type, the agent provides an accurate brief description or key characteristic based on the information on the page. Examples include: Rotary Vane Pumps (oil-sealed, widely used for rough and medium vacuum), Screw Pumps (dry, robust, suitable for dirty processes), Liquid Ring Pumps (wet, robust, good for handling condensable vapors), Roots Pumps (dry, used as boosters, require a backing pump), Diaphragm Pumps (dry, oil-free, for clean applications), Scroll Pumps (dry, quiet, for clean applications), Turbomolecular Pumps (high vacuum, require backing pump), Diffusion Pumps (high vacuum, oil-based), Cryopumps (very high vacuum, rely on cold surfaces), Ion Pumps (UHV, rely on ionization), Sublimation Pumps (UHV, use titanium sublimation).