Vacuum Pump manufacturer profile
Pfeiffer Vacuum GmbH
Pfeiffer Vacuum GmbH is a vacuum pump manufacturer based in Aßlar, Germany. [S2][S1]
- Country
- Germany [S1]
- City
- Aßlar [S2]
- Website
- pfeiffervacuum.com
Evidence scope
The retained official product route documents: Pfeiffer documents the HiPace family of turbomolecular vacuum pumps. This dossier uses that cited route as the editorial scope. [S4]
The retained research coverage separates company identity from the named product evidence. It does not turn one model or series into a claim about unlisted company-wide operations. [S5]
Vacuum Pump
Documented series: HiPace turbomolecular vacuum pumps.
Pfeiffer documents the HiPace family of turbomolecular vacuum pumps. [S4]
- HiPace turbomolecular vacuum pumps. [S4]
Selection fit: Evaluate HiPace only for the published turbomolecular-vacuum route; confirm vacuum regime, backing-pump configuration, process gas, interfaces and service with Pfeiffer. [S4]
Product range and documented series
Pfeiffer documents the HiPace family of turbomolecular vacuum pumps. [S4]
- HiPace turbomolecular vacuum pumps. [S4]Source note: HiPace: Turbomolecular Vacuum Pumps
Procurement fit
Procurement of the HiPace series is appropriate where the application falls within the published turbomolecular-vacuum route. Specifications must be confirmed directly with Pfeiffer for vacuum regime, backing-pump configuration, process gas compatibility, interface requirements, and service arrangements. Evaluation outside the turbomolecular-vacuum framework is not supported by the documented scope. The series designation should be cited as recorded, without substitution to unverified variant codes or unlisted product lines.
Technical capabilities
The documented technical capability of Pfeiffer Vacuum GmbH is the HiPace series of turbomolecular vacuum pumps. Detailed technical parameters including pumping speeds, compression ratios, ultimate pressure figures, flange standards, and electrical interface specifications are not publicly documented in the available fact set. Engineers should request current datasheets directly from Pfeiffer for binding performance values and configuration options before specification release or purchase order preparation.
Markets and applications
The HiPace series of turbomolecular vacuum pumps serves applications requiring turbomolecular-vacuum regimes as defined in the documented product line. Specific market segments, named customer installations, application case studies, and industry distribution data are not publicly documented. End-use categories for turbomolecular pumping are not further segmented in the source material and must be verified with the manufacturer for a given duty cycle or process requirement.
Evidence limitations
Corporate founding date, employee count, facility size, annual revenue, certification bodies, and quality standard designations are not publicly documented. Specific HiPace model codes, pumping speed values, compression ratios, ultimate pressure figures, flange standards, and electrical interface specifications are not publicly documented. Installed base references, customer endorsements, and third-party test results are not publicly documented. Country of manufacture is recorded as Germany with the city of Aßlar.
Editorial summary
Pfeiffer Vacuum GmbH is a German manufacturer based in Aßlar. The company's documented product line in the vacuum pump category consists of the HiPace series of turbomolecular vacuum pumps. This profile covers the HiPace series as the principal scope of reference for industrial specification. Information in this directory entry is limited to the series designation as recorded in the source material, without subdivision into individual model variants or further categorical breakdown.
Compiled prose, not a quotation. It restates facts drawn from the cited rows above and adds none of its own. It is not itself a sourced record, so read the cited sections for the authoritative wording.
Not published in retained sources
These common buyer fields were explicitly outside the retained source coverage for this dossier. They are shown as omissions, not filled with a proxy, a related model or an assumption.
Research coverage
Evidence states describe the public material reviewed for this profile; they do not rate the company or assert an undisclosed fact.
- Pfeiffer Vacuum GmbH identity and Aßlar location are retained from the official legal notice. The HiPace membership and exact product image are separately bounded to the official HiPace page. Revenue, certification, stock, service and delivery claims were not asserted. [S5]Company-stated
Frequently asked questions
What Vacuum Pump product is documented for Pfeiffer Vacuum GmbH?
The retained product material names HiPace turbomolecular vacuum pumps. The dossier keeps this as a product-level statement rather than using it as a claim about the company's entire catalogue. [S4]
Which common buying fields are not published in the retained sources?
The retained source packet does not publish Annual sales, Certifications, Availability or stock. Those fields are intentionally left out of the procurement snapshot rather than inferred from a related series, a product image or the company identity. [S5]
Research notes
The retained first-party packet supports a richer product-level reading surface, but it does not yet contain 600 words of distinct cited content. This noindex dossier remains in reviewing status until additional source-backed facts are retained.
- [S1] GermanyGermany
- [S2] AßlarAßlar
- [S3] pfeiffervacuum.compfeiffervacuum.com
- [S4] HiPace turbomolecular vacuum pumps.HiPace: Turbomolecular Vacuum Pumps
- [S5] Pfeiffer Vacuum GmbH identity and Aßlar location are retained from the official legal notice. The HiPace membership and exact product image are separately bounded to the official HiPace page. Revenue, certification, stock, service and delivery claims were not asserted.Pfeiffer Vacuum GmbH; HiPace: Turbomolecular Vacuum Pumps
- [S6] aluminumThe separator consists of a cylindrical filter element and a plastic or aluminum housing with an oil collection chamber.
- [S7] 250°CThis is accomplished through catalytic incineration of hydrocarbons at an operating temperature of 250°C to form CO2 and water vapor.
- [S8] Retained sourceHiPace 300