The Alcatel Adixen ATH 1600M Turbomolecular Vacuum Pump, serial number AHS3371, is a high-performance vacuum pumping solution manufactured by Alcatel's Adixen division in France. This turbomolecular pump is engineered to deliver clean, high-speed vacuum pumping for scientific research, semiconductor manufacturing, analytical instrumentation, and industrial vacuum processing applications where achieving and maintaining ultra-high vacuum conditions is essential.
Turbomolecular pumps like the ATH 1600M represent the gold standard for high and ultra-high vacuum applications that require oil-free pumping, rapid pump-down times, and stable base pressures. The ATH 1600M achieves this through a high-speed turbine mechanism that captures gas molecules and directs them toward the pump exhaust, creating vacuum conditions without the contamination risks associated with oil-sealed pumping technologies.
Auto2mation is pleased to offer this professionally inspected Alcatel ATH 1600M turbomolecular pump, providing research institutions, semiconductor fabs, and industrial users with access to premium vacuum technology at exceptional value. Every unit is backed by our 30-day warranty and free worldwide shipping to ensure complete customer satisfaction.
Key Features & Specifications
The Alcatel Adixen ATH 1600M turbomolecular pump combines advanced turbomolecular pumping technology with the reliability and quality that Alcatel vacuum products are known for. Here are the essential features that define this high-performance vacuum pump:
- High Pumping Speed: The ATH 1600M designation indicates a nominal pumping speed of approximately 1600 liters per second for nitrogen, making this pump suitable for large vacuum chambers and high-gas-load applications that require rapid evacuation.
- Oil-Free High Vacuum: Unlike diffusion pumps or rotary vane pumps, turbomolecular pumps operate without pumping fluids in the vacuum path, eliminating the risk of hydrocarbon contamination that can compromise sensitive experiments or semiconductor processes.
- Compact Design: Despite its impressive pumping capacity, the ATH 1600M maintains a compact form factor that simplifies installation and reduces the space requirements in crowded laboratory or production environments.
- Safety Certified: The pump is certified to UL Std 61010A-1 and CSA C22.2 No.1010.1 standards, confirming compliance with North American safety requirements for laboratory and industrial electrical equipment.
- French Manufacturing: Manufactured in France by Alcatel's Adixen vacuum technology division, this pump represents European engineering quality with precision-machined turbine components and advanced bearing technology.
- Controller Compatibility: The ATH 1600M series is designed to work with Alcatel's dedicated turbomolecular pump controllers, providing comprehensive monitoring, protection, and operational optimization.
Applications & Use Cases
The Alcatel ATH 1600M turbomolecular pump is deployed across a diverse range of applications where high or ultra-high vacuum conditions are required. Its oil-free pumping mechanism and high pumping speed make it the technology of choice for contamination-sensitive processes:
Semiconductor Manufacturing
Integrated circuit fabrication facilities use turbomolecular pumps extensively in vacuum deposition systems, etch chambers, ion implanters, and inspection equipment. The oil-free pumping mechanism prevents hydrocarbon contamination that could destroy sensitive semiconductor devices, while the high pumping speed enables rapid chamber cycling for high-throughput production.
Scientific Research and Laboratory Applications
University research laboratories and national research facilities deploy turbomolecular pumps in mass spectrometers, electron microscopes, surface science analysis systems, and particle accelerator beam lines. The ability to achieve base pressures in the 10^-9 mbar range and below is essential for these demanding research applications.
Analytical Instrumentation
Environmental analysis laboratories, pharmaceutical quality control departments, and forensic science facilities use turbomolecular-pumped mass spectrometers and residual gas analyzers for trace-level chemical detection. The ATH 1600M provides the clean, stable vacuum environment that these sensitive instruments require for accurate measurements.
Thin Film Deposition and Surface Engineering
Optical coating facilities, decorative coating operations, and functional thin film manufacturers use turbomolecular pumps to maintain the process chamber vacuum during physical vapor deposition (PVD) and chemical vapor deposition (CVD) processes. The high pumping speed ensures rapid pump-down and maintains stable process pressure despite the gas loads introduced during deposition.
Space Simulation and Aerospace Testing
Aerospace manufacturers and testing facilities use turbomolecular pumps to create space-like vacuum conditions for thermal vacuum testing of spacecraft components, satellite qualification, and space environment simulation. The clean pumping mechanism is essential for testing optical components and thermal control surfaces that must operate in the space environment.
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