Designed for laboratory and small-scale industrial applications, the TXFJ-300 Ultra-High Vacuum Pumping Unit combines a 300 L/s air-cooled molecular pump with a 10 m³/h mechanical pump to achieve an ultimate vacuum of ≤3×10⁻⁵ Pa. Its compact mobile cart, high-precision composite vacuum gauge, and low-maintenance air-cooled design make it perfect for semiconductor manufacturing, mass spectrometry, vacuum coating, medical equipment, and scientific research
The TXFJ-300 from Taixing Industrial is a high-performance vacuum pumping unit engineered for ultra-high vacuum requirements in laboratory and industrial settings. Featuring a 300 L/s air-cooled composite molecular pump, a 10 m³/h mechanical pump, and a high-precision composite vacuum gauge, it achieves an ultimate vacuum of ≤3×10⁻⁵ Pa. Its compact mobile design, air-cooling system, and user-friendly interface ensure operational efficiency, portability, and low maintenance costs, making it an ideal solution for semiconductor manufacturing, mass spectrometry, vacuum coating, medical equipment, and scientific research.
The TXFJ-300 has proven its reliability and efficiency across diverse industries. Below are real-world examples showcasing its impact.
A Chinese semiconductor company required an ultimate vacuum of ≤5×10⁻⁵ Pa for wafer processing in a constrained cleanroom. The TXFJ-300’s 300 L/s molecular pump achieved 3×10⁻⁵ Pa, while its compact mobile cart saved space. The air-cooled design eliminated water-cooling infrastructure, reducing costs by 15%. Results included a 20% increase in pumping efficiency and a 10% improvement in production yield.
A European research institute needed a vacuum system for a mass spectrometer with an ultimate vacuum of ≤1×10⁻⁵ Pa and a leakage rate of ≤1×10⁻³ Pa/h. The TXFJ-300’s composite vacuum gauge and KF40 angle valve ensured precise monitoring and sealing. The system maintained 72-hour stable operation, improving analysis accuracy by 12%.
A Southeast Asian optical company required rapid pumping to 1×10⁻² Pa for coating processes. The TXFJ-300’s air-cooled molecular pump achieved this in <5 minutes, and the 10 m³/h mechanical pump extended maintenance cycles by 30%. This led to a 25% increase in production efficiency and a 10% reduction in spare parts costs.
A U.S. medical device company needed a portable, high-vacuum system for CT scanning equipment. The TXFJ-300’s 80 kg mobile cart and 300 L/s pumping speed met these needs, while air-cooling simplified installation. Deployment time was reduced by 15%, and operational stability improved by 20%.
A Japanese university laboratory required an ultimate vacuum of ≤3×10⁻⁵ Pa for physical experiments. The TXFJ-300’s composite vacuum gauge and user-friendly interface enabled rapid pumping and ease of operation. Experimental efficiency increased by 18%, and operator training time was reduced by 30%.
Specification | Value |
---|---|
Product Type | Ultra-High Vacuum Pumping Unit |
Ultimate Vacuum | ≤3×10⁻⁵ Pa |
Molecular Pump Speed | 300 L/s |
Mechanical Pump Speed | 10 m³/h |
Test Chamber Size | Ø108 mm × 80 mm |
Measurement Range | 1×10⁵ to 1×10⁻⁵ Pa |
Startup Time | 3–5 minutes |
Maximum Outlet Pressure | >5 mbar (Nitrogen) |
Inlet Flange | Customizable DN 100 ISO-K |
Outlet Flange | Customizable DN 16/25 ISO-KF |
Power Supply | 220/230V or 380/400V, 50/60 Hz |
Power Consumption | 900 VA |
System Weight | ≈80 kg |
Dimensions (L×W×H) | 600×450×900 mm |
Cooling Method | Air-Cooled |
Operating Temperature Range | 10–40°C |
Maximum Humidity | 80% |
Vibration Amplitude | ≤50 μm |
Leakage Rate | ≤1×10⁻³ Pa/h |
The TXFJ-300 Ultra-High Vacuum Pumping Unit delivers exceptional performance, portability, and cost-efficiency for laboratory and small-scale industrial applications. With its 300 L/s air-cooled molecular pump, high-precision vacuum monitoring, and compact mobile design, it meets the stringent requirements of semiconductor manufacturing, mass spectrometry, vacuum coating, medical equipment, and scientific research. The TXFJ-300 ensures reliable operation, reduced maintenance, and enhanced productivity, making it the ideal choice for high-vacuum environments.
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