The Core Power of Medical & Industrial Oxygen
Designed exclusively for PSA/VPSA oxygen systems. We deliver Class 0 certified, stable, and ultra-efficient compressed air. Proudly supporting Russia and the CIS with local stock and rapid technical service.
Why Industries Depend on Our Oil-Free Systems
Absolute Zero Oil Contamination
Our completely lubricant-free compression chambers eliminate the risk of hydrocarbon tracking, ensuring a continuous supply of pure air critical for hospital lines, pharmaceuticals, and precision manufacturing.
Eliminated Oil-Gas Mixing Risks
Standard lubricated units carry constant trace vapors that mix with output stream variables. Our pure architecture guarantees entirely dry, untainted, and hydrocarbons-free gas feed lines.
Drastically Reduced Maintenance Overhead
Say goodbye to expensive compressor fluids, recurring oil filter line maintenance, and complex oil-gas separation core replacements. Enjoy reduced technical workloads and streamlined service cycles.
Enhanced End-Product Quality & Performance
Airborne aerosols degrade expensive zeolite molecular sieves within oxygen concentrators. Pure oil-free inputs guard system components from chemical degradation, improving conversion efficiency and protecting your capital investments.
No Complex Downstream Post-Treatment
Standard heavy-duty coalescence filter stages try to trap oil mist but fail to achieve full security. Eliminating standard lubricants at the source simplifies pipeline engineering and cuts line-pressure drops across complex lines.
World-Class Manufacturing Base For Gas Compression
Backed by decades of deep engineering excellence, we stand as one of the market's premier, highly integrated volumetric compressor production complexes worldwide.
Driven by our unwavering commitment to process safety, operational purity, and real-world energy saving, we manufacture advanced oil-free compressor systems and smart water-lubricated hardware platforms configured to supply modern industrial utilities flawlessly.
Expertise Technology
We are consistently focused on absolute product execution and sophisticated R&D, continuously optimizing and integrating full-process manufacturing craftsmanship and smart control technologies.
Lean Production
We relentlessly pursue the refinement of our manufacturing operations, ensuring unparalleled equipment reliability through an ultra-strict quality verification mindset to supply clients with robust assets.
Elite Team
We place immense value on specialized technical advancement, actively building collaborative integration across utility engineering and research domains to construct a highly progressive global support team.
High-End Gas & Process Compressors
Engineered for absolute operational continuity, maximum process purity, and heavy-duty performance across elite industrial sectors.
Water-Lubricated Oil-Free Air Compressor
Engineered for industries requiring uncompromising air quality, this system uses pure water as the sealing, cooling, and lubricating medium within a single-screw architecture. It completely isolates the compression chamber from synthetic lubricants, delivering true Class 0 certified compressed air while operating at near-isothermal efficiency.
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Oil-Free Compressor for PET Bottle Blowing
A specialized multi-stage high-pressure solution optimized for modern stretch blow molding packaging lines. Integrating advanced permanent magnet variable frequency controls and direct-coupled drives, it minimizes mechanical loss and optimizes energy output to match fluctuating demands perfectly while safeguarding containers from toxic oil contamination. To provide a completely seamless, turn-key packaging solution, we also supply matching high-speed hardware—including our companion blow molding machine—offering you a perfectly integrated, single-vendor gas and container manufacturing line.
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Specialty & Process Gas Compressor
Heavy-duty process reciprocating machinery meticulously designed to manage volatile, hazardous, toxic, or highly corrosive chemical media. Built to fully comply with rigid international safety frameworks, these systems implement customized packing seals and leakage recovery lines to ensure absolute environmental security and loop stability.
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Industrial Gas Compressor Station
A highly adaptable, large-volume compression platform tailored for air separation networks and gas utility grids. Engineered to compress huge volume flows of Oxygen, Nitrogen, Argon, and Carbon Dioxide seamlessly, this station incorporates low-vibration engineering and autonomous diagnostic setups for uninterrupted, high-pressure operations.
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High-Safety Acetylene Compressor
Specifically developed to manage the unstable and highly sensitive nature of pure acetylene and complex acetylene mixtures. Operating at precise low rotation speeds, it employs complex explosion-proof component integration and comprehensive multi-stage cooling lines to mitigate heat buildup, guaranteeing total plant protection during cylinder filling or chemical routing.
Learn MoreState-of-the-Art Single-Screw Core Advantages
High Energy Efficiency
Because the advanced single-screw architecture entirely eliminates conventional air valves and a large volume of friction-heavy mechanical components, internal energy loss is drastically minimized, elevating air compression efficiency to cut baseline electricity spend.
Stable High-Pressure Output
Our systems incorporate the breakthrough patented single-screw host unit technology originating from France. The structural layout allows the main screw to perfectly counteract axial and radial forces simultaneously during rotation, safely delivering stable medium pressures up to 40 bar.
Minimized Maintenance Cost
Compared to complex multi-stage reciprocating configurations, single-screw compressors boast an incredibly straightforward design. This balanced engineering guarantees a low failure rate and remarkably simplified, low-cost maintenance routines over extended lifecycles.
Minimizing Your Total Lifecycle Expenditures
Data indicates that over an air compressor plant's standard operational lifecycle, a massive 60% of total ownership expenditures are completely dominated by ongoing electricity consumption. Routine maintenance and parts replacement consume 30%, whereas the initial machine procurement cost accounts for a mere 10%.
Our patented French single-screw host unit technology targets the largest variables directly. By integrating ultra-efficient water-lubricated isothermal compression and direct-coupled permanent magnet variable frequency systems, we cut energy spend and completely drop the maintenance burden—reclaiming your hidden utility room losses cleanly.
Engineered for Performance: On-Site Projects
Reviewing real-world machinery integration and running performance metrics directly at our users' gas utility systems.
PSA/VPSA Gas Separation Installation
A heavy-duty process compression layout running within a large-scale industrial PSA/VPSA oxygen generation plant. The setup is configured to manage large-volume gas feed parameters with precise flow control and minimized pulsation. Built for uninterrupted multi-shift operations, it implements robust explosion-proof systems and custom leakage recovery loops to maintain long-term baseline reliability.
Clinical-Grade Medical Oxygen Station
An on-site view of our oil-free single-screw air compressor systems integrated into a clean-room medical gas facility. For clinical applications, guaranteeing an absolute Class 0 air supply is crucial to protect sensitive molecular sieve beds from hydrocarbon fouling and premature degradation. This specific layout delivers steady, quiet operation while ensuring 100% pure, untainted oxygen output.
Versatile Engineering Across Vital Sectors
Clean, oil-free compressed air is a fundamental technical requirement across modern clean-utility operations. Beyond supporting critical oxygen generation frameworks, our engineered single-screw compressor platforms are trusted for various demanding process lines.
Our machinery delivers consistent, high-standard performance tailored to specialized electronics manufacturing, pharmaceutical packaging, precise chemical laboratory piping, and clean water processing grids, ensuring uncompromised end-product quality globally.
Integrated Gas Treatment Process Flow
A granular breakdown of pipeline routing and ancillary engineering loops designed to deliver pure, dry gas safely.
Water-Cooled System Integration
Engineered primarily for large-scale fixed industrial PSA/VPSA oxygen generation grids, the water-cooled layout features an auxiliary external cooling tower loop connected via high-pressure water pumps and pure fluid channels to manage sustained thermal dissipation efficiently.
- Primary Compression Stage: The water-lubricated compressor forces air through the patented single-screw chamber under absolute oil-free parameters.
- Air Storage & Buffer: Compressed gas is routed to a stainless steel buffer tank to stabilize line-pressure and separate bulk moisture condensation.
- Refrigerated Pre-Cooling: A refrigerated dryer chills the air stream to separate further suspended vapor saturation.
- Adsorption Dessication: Twin adsorption columns use twin dessicant matrices to achieve a ultra-low pressure dew point.
- Multi-Stage Filtration: High-efficiency particulate filter groups extract residual microscopic elements before pure gas delivery.
Air-Cooled System Integration
An fully autonomous, self-contained layout optimized for space-limited spaces or flexible utility setups, such as clinical medical center oxygen platforms. It utilizes a continuous high-volume ambient fan cooling array, removing the need for a external water tank infrastructure.
- Oil-Free Gas Intake: Direct ambient air intake passes into the specialized water-sealed compression core with zero synthetic oil friction contact.
- Condensation Buffering: Air storage vessels handle peak load output fluctuations while dropping initial raw line condensation safely.
- Refrigerated Drying Core: Lowers process air temperatures down to strict parameters, preparing the flow for deep drying lines.
- Deep Desiccant Adsorption: Adsorption dryers extract residual traces of moisture to protect delicate oxygen molecular sieves.
- Sterile Grade Final Output: Final multi-stage fine filters trap micron-level particles, delivering optimal stream purity at the final outlet.