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Thermal Vacuum Cleaning System
Technical Specifications

This equipment adopts an innovative inclined sealing structure (patented design-Thermal Vacuum/Lithography/UHV). 

Through the gravity-adaptive cover plate and double-ring sealing ring interlocking technology, it can maintain a stable vacuum level (≤10⁻⁶ Pa), solving the problem of reduced cleaning efficiency caused by sealing failure in traditional equipment. 

It integrates a dual-fluid spray system (sodium hydroxide + deionized water), supporting non-destructive cleaning in a high-temperature (350℃) vacuum environment, avoiding thermal stress deformation.

 It is suitable for the maintenance of high-precision components such as mask plates, lens groups, and vacuum pump components of lithography machines, significantly improving chip yield and equipment lifespan.

Specifications
Ultimate vacuum≤10-4Pa (or customize)
Inner dimensionW1200*H1000*D800mm (customize)
Exterior dimensionW2300*H2400*D2000mm (customize)
vacuum pump air removal systemScrew pump + Roots pump + Molecular pump
Pumping rateArrival 10-3Pa < 1h
Temperature rangeRT~200℃,Temperature error≤±5℃
Temperature control accuracy:±1℃
Raising speedUnder working vacuum, the time for heating from room temperature to 200℃ shall not exceed 1 hour
Effective working volumeW1000×D1000×H800mm,With shielding plate or customize
Power380V  50HZ  55KW


Product Features

A fully automatic thermal vacuum cleaning equipment specially designed for components of lithography machines and mask plates. Through a high-temperature and low-pressure environment and non-contact dry cleaning technology, it can thoroughly remove nano-level contaminants (such as organic residues and particles), meeting the strict requirements for ultra-clean surfaces in semiconductor manufacturing, flat panel display, and integrated circuit fields. It supports multi-scenario cleaning of wafers, optical lenses, vacuum chambers, etc.

Feature:

  1.  Military-grade sealing performance

    55° inclined furnace opening + trapezoidal groove sealing ring design, with a vacuum leakage rate lower than 5×10⁻¹⁰ Pa·m³/s, far exceeding industry standards.

  2. Intelligent cleaning process

    Four-stage automatic cycle: Vacuum degassing → High-temperature pyrolysis → Pulse spraying → Residue-free drying, supporting the cleaning of wafers (≤ 12 inches) and non-planar devices

  3. Green and low-energy consumption design

    Closed-loop liquid circuit system (with waste liquid recovery module), water consumption reduced by 70%; UHV-compatible design, reduced helium consumption

  4. Multi-scenario compatibility

    The modular cavity can be adapted for components of the lithography machine (light source module, mask table), semiconductor etching chamber, and cleaning of photovoltaic coating carriers.

  5. Real-time monitoring system

    An internal particle counter (with 0.1μm accuracy) and a film thickness sensor are integrated, generating a cleaning report that complies with the ISO 14644-1 Class 2 cleanliness standard.

  

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  • Add: TESTEQ Science and Technology Park, No. 5, Wenzhou Road, Dongcheng Sub-district, Dongguan City, Guangdong Province, China

    Whatsapp(Phone): +8613310826672

    Tel: +86-0769-85914911

    Web: www.chamber-testing.com

    E-mail: Kris@test-eq.com

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