Integrated 22kW air system combining a rotary screw unit, dual-action adsorption dryer, and an optimized receiver vessel. Engineered for heavy industrial lines demanding constant class 0 standard compressed air.
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Specifically built for fiber laser cutting applications requiring a persistent 20 bar pressure profile. Reduces cycle times and ensures clean cutting edges by eliminating trace moisture and particulate.
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Heavy-duty 75KW industrial-grade rotary screw air compressor designed to deliver robust CFM output under continuous operational load. Directly imported with competitive factory-direct pricing structures.
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Energy-efficient 220V single-phase permanent magnet motor screw compressor. Leverages high precision PM variable frequency controllers to match air delivery output with dynamic load demands.
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A variable displacement rotary screw line spanning 7.5kW to 132kW. Features permanent magnet synchronous motors for up to 35% operational electrical savings under fluctuating industrial duties.
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Horizontal two-stage rotary compression design. Lowers internal pressure ratios across each rotor element, minimizing thermal accumulation and optimizing overall mechanical reliability.
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High-reliability 11kW (15HP) rotary air compressor. Compact installation profile optimized for mid-size automotive assembly garages and municipal manufacturing yards.
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Pure water-lubricated oil-free rotary system. Provides sterile, trace-less air for pharmaceutical laboratories and food processing plants. Highly responsive PM motor system adapts output dynamically.
Explore SpecsThe electric scroll compressor has emerged as the definitive standard for applications requiring high reliability, compact forms, and minimal acoustic output. Unlike traditional piston reciprocating units, a scroll compressor utilizes an orbiting and fixed scroll mechanism that continuously compresses gas along a concentric path. This results in an exceptionally smooth operation, eliminating the pressure pulsations typical of reciprocating designs.
From an engineering perspective, electric scroll compressors are characterized by their near-total absence of volumetric efficiency loss. The continuous seal formed by the scroll flanks minimizes leakage pathways, while the elimination of inlet and discharge valves significantly lowers dynamic resistance. As a leading manufacturer, we build our units with tight manufacturing tolerances to achieve maximum pressure output while preserving energy.
Traditional air delivery models rely heavily on constant oil filtration, adding complexity, weight, and frequent replacement costs. The electric scroll architecture completely bypasses these drawbacks. Using highly efficient permanent magnet synchronous motors (PMSM) alongside variable speed drive (VSD) inverters, modern electric scroll configurations automatically scale speed to match demand.
In mobile applications—such as Electric Vehicle (EV) HVAC systems and train cabin ventilation—weight and vibration are the two most critical metrics. Our structural aluminum castings minimize the unit's weight, while the balanced design ensures minimal vibration transfers to the vehicle frame.
Modern electric vehicles require high-voltage air conditioning compressors that operate directly off the main battery pack. Our scroll compressors provide stable cooling capacities and cabin heating via heat pump cycles, maximizing driving range and passenger comfort.
Oil-free scroll designs guarantee zero hydrocarbon carryover in medical diagnostics, breathing systems, and chemical research labs. They operate quietly under 63dB(A) to ensure a comfortable working environment for clinic staff and technicians.
From fiber laser cutting optics protection to high-speed pneumatic tooling in microelectronics, clean dry air is essential. Our scroll technologies can be integrated directly into machine frames to provide dedicated local compression points.
Our latest engineering designs showcased at international events, featuring PM VSD integration.
The industry is moving toward high-rpm scroll platforms that deliver increased CFM outputs without scaling up physical sizes. By implementing silicon carbide (SiC) semiconductors within the VFD control loop, our future models aim to achieve 98% inverter efficiency.
As environmental regulations tighten on global warming potential (GWP) metrics, our research team is optimizing scroll geometries to handle natural carbon dioxide (R744) and hydrofluoroolefins (HFOs like R1234yf). This ensures long-term operational viability across highly regulated markets like Europe and North America.
Integrating intelligent IoT diagnostic nodes allows our scroll compressors to communicate telemetry metrics—such as winding temperatures, vibration amplitudes, and current profiles—directly to building management systems, enabling predictive maintenance.
Located at NO. 355 Jiajian Branch Road, Malu Town, Jiading District, Shanghai, China, our state-of-the-art facility is an advanced manufacturing hub specializing in high-performance compressor solutions. As a British-owned enterprise established in early 2004, we combine European engineering standards with China's highly integrated manufacturing supply chain.
Our factory utilizes CNC horizontal machining centers, automated robotic coordinate measuring systems, and dynamic balancing chambers to ensure the concentricity of every orbiting scroll element is kept under 3 microns. This level of precision is critical; even micro-level deviations in scroll geometry will result in gas leakage, thermal expansion, and premature stator failures.
By sourcing raw steel and high-grade aluminum materials locally, we reduce lead times and buffer our production lines against global supply chain volatility. Our proximity to the Shanghai Port ensures rapid shipping logistics for international distributors, OEM partners, and industrial clients.
Compact station consolidating a high-capacity rotary screw block, refrigerant dryer, ceramic micro-filters, and air storage tank into a single space-saving frame.
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Specifically engineered for zero-tolerance oil-free environments. Operates with dry-running compression cavities to deliver dry, contaminant-free air.
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Large-scale industrial air compression engine optimized for heavy processing lines, chemical industries, and municipal water purification works.
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Employs dual-stage technology that optimizes compression ratios, reduces internal leakage currents, and achieves significant energy savings over single-stage setups.
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Designed for small workshops requiring heavy duty performance. Integrates receiver storage alongside an efficient fixed-speed screw motor.
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Utilizes advanced thermodynamics to minimize power consumption at high volume flows. Perfect for large automated plants and manufacturing plants.
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High-power 315kw variable speed configuration engineered to operate at peak efficiency under changing system loads, delivering maximum volumetric capacity.
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Built with premium grade bearings and robust cast components to provide reliable, low-maintenance base load air delivery day after day.
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Features explosion-proof designs, low noise operation, premium components, a 1-year machine warranty, CE/ISO certification, and free system engineering layout design services.
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Model XD-8A: 0.8-1.2m³/min capacity, 7-12bar pressure. Features direct-driven elastic coupling, star-triangle start, PLC automation, and an IP55 rated motor.
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Two-stage compression oil injection unit with a balanced pressure ratio, minimal leakage, and low decibel output. Direct gear driven to match rotor speeds optimally.
See more products >For global industrial sourcing departments, procurement decisions must align with regional safety and efficiency directives. Our manufacturing workflows are fully compliant with ISO 9001 quality frameworks, and all export units carry the European CE mark, verifying adherence to safety, health, and environmental protection protocols.
Our motor assemblies are designed to meet NEMA Premium efficiency ratings in the North American market and IE3/IE4 levels under EU regulations. This ensures easy installation and quick approval from local electrical authorities.
Furthermore, we offer customized low-temperature pre-heating options for sub-zero climates and high-altitude configurations with enhanced cooling capacity for hot, humid locations.
To meet the diverse requirements of system integrators and branding partners, we offer comprehensive OEM and ODM support programs, including:
Features dual permanent magnet motors driving independent rotors within a single housing. Adjusts inter-stage pressure zones in real-time to save energy.
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Intended for hazardous chemical applications. Certified explosion-proof motor casings prevent ignition in environments with vaporized fuel residues.
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Replacement filters and high-performance separator blocks. Protects scroll surfaces from micro-particulates and guarantees cleaner downstream air delivery.
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Employs low-vibration structural coupling systems to directly link the motor shaft to the male rotor, eliminating energy losses caused by belts.
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Variable frequency drive screw compressor operating between 0.7Mpa and 1.25Mpa. Lowers energy consumption by matching output directly to real-time air demands.
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Multi-purpose PM AC vacuum pump system. Engineered for high evacuation velocities and reliable long-term operations in industrial packaging plants.
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Heavy duty 280kw dry-type oil-free screw compressor. Features low noise and high displacement performance, optimized for large chemical and manufacturing facilities.
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15kW (20HP) integrated permanent magnet frequency conversion VSD compressor. Consolidates premium components into a compact unit for reliable, low-noise air generation.
Explore SpecsA: Electric scroll compressors provide continuous, pulse-free air delivery, operate at much lower noise levels (often under 63dB), and have fewer moving parts, which dramatically reduces wear and maintenance downtime compared to piston units.
A: Yes. Because they feature 100% continuous duty cycles and dynamic heat dissipation profiles, scroll compressors do not require rest cycles like reciprocating piston pumps, making them ideal for mission-critical setups.
A: The compression chamber is completely dry, meaning there is no oil lubrication within the scroll scrolls. This removes the risk of hydrocarbon carryover into downstream systems, making it suitable for cleanrooms and laboratory environments.
A: Instead of running at a fixed speed, the VSD controller adjusts the motor speed in real time to match current air demands. This prevents unnecessary energy consumption during periods of low air usage, reducing power costs by up to 35%.
A: We build systems to match global power standards, supporting 380V/400V/415V at 50Hz, as well as 220V/460V/480V at 60Hz. We can also customize units for single-phase or three-phase electrical supplies.
A: Our factory and assembly facility is located at NO. 355 Jiajian Branch Road, Malu Town, Jiading District, Shanghai, China. We welcome visits from international buyers and compliance inspectors.
A: Yes. We provide full OEM branding, including custom cabinet colors, logos, and custom controllers, allowing you to easily integrate our compressors into your existing product lines.
A: Our design and manufacturing processes are certified to ISO 9001, and our export products carry CE, RoHS, and matching regional efficiency certifications to ensure full compliance with international standards.
A: We pack all units in robust, export-grade plywood crates to prevent transport damage. Leveraging our proximity to the Shanghai Port, we can arrange ocean, air, or rail freight to global destinations.
A: We provide a 1-year warranty on the complete machine, along with lifetime technical support. We also supply original spare parts, including filters and separators, to keep your equipment running smoothly.