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Home home Products product Ion vacuum pumps product 120L/S Air 1.2L/S Argon Ion Vacuum Pump – Zero Noise for High-Energy Particle Accelerators | 2L-100 | Manufacturer in China

120L/S Air 1.2L/S Argon Ion Vacuum Pump – Zero Noise for High-Energy Particle Accelerators | 2L-100 | Manufacturer in China

The 2L-100 ion vacuum pump features a pumping speed of 120L/S for air and 1.2L/S for argon, achieving an ultimate pressure of 7E-8 Pa. Designed with a DN150CF flange and +7KV working voltage, this sputter ion pump is widely applied in high-energy physics research, electron microscopy, and ultra-high vacuum industrial applications.

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120L/S Air 1.2L/S Argon Ion Vacuum Pump – Zero Noise for High-Energy Particle Accelerators | 2L-100 | Manufacturer in China

The 2L-100 ion vacuum pump offers 120L/S air pumping speed and 1.2L/S argon pumping speed with DN150CF flange. Operating at +7KV, it ensures ultra-high vacuum with zero noise and zero vibration, making it ideal for high-energy particle accelerators, controlled nuclear fusion, and semiconductor manufacturing.

Detailed Product Description

Sputter ion pumps are advanced vacuum devices designed to achieve ultra-high vacuum in various scientific and industrial applications. These pumps provide a clean, oil-free vacuum environment and operate without continuous backing pumps, ensuring a maintenance-free solution for high-vacuum requirements.

Product Parameters

Parameter Specification
Model 2L-100
Flange DN150CF
Pumping Speed (Air) 120 L/s
Pumping Speed (Argon) 1.2 L/s
Starting Pressure ≤5×10⁻⁴ Pa
Ultimate Pressure 7×10⁻⁸ Pa
Baking Temperature (Magnetic) <200℃
Baking Temperature (Non-Magnetic) <300℃
Operating Voltage +7 KV
Electrode Units 4
Mounting Dimensions 140×210 mm (4-M10)
Overall Dimensions (L×W×H) 350×250×307 mm
Weight 38 kg

Key Advantages

Ultra-High Vacuum Performance: Achieves a vacuum level of 7×10⁻⁸ Pa.

Zero Noise & Zero Vibration: Ideal for sensitive laboratory and industrial environments.

Oil-Free Operation: Provides a clean vacuum environment, free from contamination.

Compact & Efficient: Easy to integrate into ultra-high vacuum systems.

Reliable & Maintenance-Free: No moving parts ensure long-term stability.

Applications

High-Energy Particle Accelerators: Maintains ultra-high vacuum for particle collision experiments.

Controlled Nuclear Fusion Reactors: Supports vacuum conditions for plasma research.

Semiconductor Manufacturing: Ensures contamination-free vacuum environments for microelectronics fabrication.

Electron Microscopy: Provides stable ultra-high vacuum for enhanced imaging.

Mass Spectrometry: Enhances precision analysis with ultra-high vacuum.

Ultra-High Vacuum Industrial Systems: Applied in advanced research and vacuum technology.

Case Studies

Case 1: High-Energy Physics Research Facility

A leading national physics research institute adopted the 2L-100 ion vacuum pump for its particle accelerator experiments. The pump’s ultra-high vacuum capability ensured precise experimental conditions, while its zero noise and zero vibration characteristics significantly improved the stability of their research environment.

Case 2: Semiconductor Manufacturing Company

A top-tier semiconductor manufacturer integrated the 2L-100 sputter ion pump into its high-vacuum production lines. The pump’s oil-free design provided an ultra-clean vacuum environment, essential for producing high-purity semiconductor wafers, leading to improved product yield and efficiency.

120L/S Air 1.2L/S Argon Ion Vacuum Pump – Common Questions & Answers

1. What is a sputter ion pump?

A sputter ion pump is a vacuum pump that uses high-voltage electric fields to ionize gas molecules, which are then captured on solid surfaces, maintaining an ultra-high vacuum.

2. How does the 2L-100 ion vacuum pump operate?

The pump generates a +7KV electric field, ionizing gas molecules that are then trapped by titanium cathodes, effectively maintaining ultra-high vacuum conditions.

3. Does the 2L-100 pump require a backing pump?

Initially, a backing pump is needed to reach the starting pressure, but once operational, the ion pump independently maintains ultra-high vacuum without continuous backing.

4. What are the main applications of this pump?

The pump is widely used in high-energy physics, semiconductor manufacturing, electron microscopy, and mass spectrometry applications.

5. What is the ultimate pressure this pump can achieve?

The 2L-100 ion pump reaches an ultimate pressure of 7×10⁻⁸ Pa, making it suitable for ultra-high vacuum environments.

6. How long is the lifespan of this pump?

The lifespan depends on operating conditions but typically lasts for years with proper usage.

7. Does the pump produce noise?

No, the 2L-100 operates with zero noise, making it ideal for quiet laboratory settings.

8. Is the energy consumption high?

The pump operates at +7KV, ensuring efficient energy consumption with minimal heat generation.

9. What maintenance is required?

The pump has no moving parts, making it virtually maintenance-free, but regular system checks are recommended.

10. Can this pump be used in research laboratories?

Yes, the 2L-100 ion vacuum pump is widely used in research laboratories for ultra-high vacuum experiments.

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