Turbomolecular Pump Rotor Machining

Turbomolecular Pump Rotor and High-Vacuum Component Machining

Managed Precision Manufacturing & Lifecycle Supply Partner for High-Vacuum and Scientific Equipment

Custom five-axis CNC machining coordination for turbomolecular pump rotors, molecular drag stages and high-vacuum precision components through approved partner production routes.

Here, lifecycle supply means project-by-project coordination for approved drawings and authorized replacement parts. It does not imply stocked inventory, guaranteed availability, reverse engineering, OEM affiliation, or drop-in compatibility. Geetai coordinates approved production routes through qualified partner workshops; facilities and equipment are not presented as Geetai-owned.

Finished machined multi-blade impeller component
Published machining example. Its application, vacuum service, operating speed and balancing results are not disclosed.

Capabilities

Built around rotor and vacuum-component drawings

Capability

Complex Rotor Geometry Review

Drawing-led review for multi-blade rotors, thin-wall geometry and project-defined five-axis machining routes.

Review capability

Capability

Complex Curved-Surface Machining Review

Drawing-led review for demanding freeform, multi-surface and vacuum-component geometries.

Review capability

Capability

Five-Axis Machining Project Process

A controlled path from drawing review and material sourcing through partner production, verification and delivery.

Review capability

View six technical machining solutions

Industries

Focused on vacuum pump and high-speed rotor applications

Industry

Pumps

Drawing review for turbomolecular pump rotors, high-vacuum pump housings and stator components.

Review requirements

Industry

Compressors

Additional drawing review for high-speed compressor rotors and complex curved parts.

Review requirements

Industry

Turbomachinery

Additional drawing review for integrally bladed rotors and demanding five-axis geometries.

Review requirements

Project evidence

Real parts. Verified details.

Published photographs show machining geometry only; application, vacuum service, operating speed and balancing results are not disclosed.

Finished machined multi-blade impeller component photographed after processing

Other

Radial-Blade Machined Component

Approved photograph showing the finished geometry of a multi-blade machined component.

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Two finished machined impeller components with complex curved blades

Other

Complex Curved Impeller Components

Approved photograph of finished machined components with complex curved blades.

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How we work

One controlled project path

  1. Drawing Review

    Drawing revision, material, quantity, timing and inspection requirements are reviewed.

  2. Quotation

    The proposed production route and inspection scope are defined for the project.

  3. Production

    Manufacturing is coordinated through long-term partners against the agreed scope.

  4. Verification

    Inspection follows the project-defined requirements and documentation scope.

  5. Delivery

    One Geetai contact coordinates the project through delivery.

Materials and quality

Scope defined around your drawing

Other customer-specified materials are subject to drawing and manufacturability review.

Inspection scope and documentation are defined during quotation according to drawing requirements and application needs.

  • Aluminum alloys
  • Stainless steels
  • Titanium alloys
  • Nickel-based superalloys
  • Copper alloys
  • Engineering plastics

Evidence status

Transparent partner-based delivery

Geetai coordinates production through long-term manufacturing partners; partner facilities and equipment are not presented as Geetai-owned.

Drawing-led review

Have a turbomolecular pump or high-vacuum component project?

Upload your drawing and requirements for a capability review.

Upload Drawing