Designed for heavy industrial configurations, this 55KW/75HP system features two-stage compression and an integrated variable speed drive permanent magnet motor for maximum thermodynamic efficiency.
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An integrated 4-in-1 solution designed for environments with high safety directives. Features low noise and explosion-proof parameters for demanding industrial locations.
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Direct factory supply configuration. Engineered for large-scale operations requiring stable, continuous baseline air delivery without pressure drops.
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Compact silent integrated range. Consolidates compressor, receiver, dryer, and filtration systems to minimize footprint and field installation costs.
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High reliability AC motor driven screw compressor. Perfect for workshops and mid-sized manufacturing applications demanding robust daily performance.
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Industrial stationary configuration with premium airend. High-efficiency rotary profiling delivers high volume output with low mechanical wear.
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Highly integrated permanent magnet variable frequency unit. Adapts output precisely to flow demand, reducing utility waste dramatically.
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Heavy duty 132kW solution utilizing advanced double-stage compression parameters to maximize flow rates while optimizing power absorption profiles.
Technical Specifications >The global demand for compressed air systems has shifted focus from simple machinery supply to intelligent, energy-saving systems. As industries strive to meet strict environmental regulations and lower operational overheads, the role of China industrial air compressor manufacturers has transformed. Today's manufacturing centers use advanced technologies, including Permanent Magnet Variable Speed Drives (VSD PM), multi-stage compression airends, and integrated air treatment modules.
Our analysis of the global air compression sector indicates a strong trend toward decentralization and local point-of-use configurations. Traditional centralized compressor rooms are increasingly replaced or supplemented by compact, silent, integrated systems that place high-quality compressed air directly next to production lines. This transition avoids the pressure drops and energy loss typical of long piping systems.
Procuring industrial compressed air equipment requires balancing capital cost (CAPEX) with long-term operating costs (OPEX). According to industry statistics, electricity consumption accounts for over 70% of a compressor's lifetime cost. Consequently, professional purchasing decisions focus on efficiency metrics like specific power consumption ($kW/m^3/min$).
Below is a summary of the critical features global buyers evaluate during supplier selection:
Compact design combining high-performance screw compression, cooling dryer technology, and high-efficiency filtration on a single receiver platform.
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Engineered for clean environments. Delivers 100% oil-free, dry compressed air to protect sensitive downstream instruments and final product quality.
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Heavy-duty oil-free system designed for large industrial facilities. Delivers reliable output with low noise generation in high-capacity operations.
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Two-stage compression configuration reduces internal compression ratios per stage, decreasing thermal losses and improving mechanical reliability.
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A space-saving setup combining the compressor and receiver tank, engineered to reduce line vibration and pressure fluctuation.
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Combines motor, dryer, filters, and tank in one cabinet. Delivers dry, clean air for precision instrumentation straight from the box.
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Heavy-duty dual-stage rotary setup engineered to provide high volume output at minimized energy levels, optimizing factory utility usage.
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Designed for heavy industrial applications, featuring permanent magnet variable frequency matching to manage large-scale flow demands.
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A dependable, simple fixed-speed rotary compressor designed for continuous baseline loads in light-to-medium industrial plants.
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Integrated screw air compressor and integrated explosion-proof screw air compressor options. Factory wholesale low prices. We provide extensive OEM manufacturing for globally recognized brands. Features energy-saving, ultra-silent operations using high-quality internal accessories. Warranty: 1 year for the complete machine. Certifications: ISO, CE, and others. Free site design consulting and energy-saving audits are available to help minimize operation costs.
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Model: XD-8A | Free Air Delivery: 0.8 - 1.2 m³/min | Working Pressure: 7 - 12 bar | Control System: Automatic PLC Controller | Drive Type: Direct Driven with elastic coupling | Starting System: Star-Delta Start | Cooling Method: Air Cooled | Electrical Configuration: 380V/50Hz/3Ph, IP55 protection | Discharge Temp: Ambient + 8℃ | Noise Output: < 63 dB(A) | Outlet: G1/2" | Weight: 178kg.
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This two-stage compression, oil-injected screw compressor features an optimized pressure ratio design to minimize leakage and operational noise. By combining the primary and secondary stage rotors into a single housing and driving them separately, each rotor operates at its ideal linear speed. This layout reduces internal compression ratios, cuts energy consumption, and improves seal performance.
Download PDF Catalog >Industrial air systems must meet the unique requirements of different operational sectors. A standardized compressor configuration rarely delivers peak efficiency when integrated into specialized manufacturing workflows.
Modern laser cutting systems require clean, dry air at higher pressures to clear molten metal from cutting areas and prevent lens contamination. Our 15.5 bar specialized screw air compressors provide dry, highly filtered air to prevent micro-contamination that can degrade cutting edge quality or damage optical lenses.
Chemical processing plants and mining facilities operate under strict hazard directives. Standard machinery can pose ignition risks in these environments. Explosion-proof air compressors are built with sealed electrical enclosures, anti-static belts, non-sparking metals, and temperature-rated components to meet safe operation regulations.
Compact manufacturing centers require space-saving equipment. The 4-in-1 integrated compressor design combines the compressor, refrigeration dryer, active carbon filtration, and air receiver into one package. This plug-and-play layout reduces piping costs and simplifies installation.
Technical Design Focus: The transition to two-stage compression reduces the internal pressure ratio of each stage. This lowers internal bypass leakage rates and decreases energy consumption compared to single-stage designs.
Operating internationally requires strict compliance with regional manufacturing directives. As a supplier to global markets, our products meet international quality and safety certifications:
Shanghai Honest Compressor Co., Ltd. is a British-owned enterprise founded in early 2004. Our manufacturing plant is located at NO. 355 Jiajian Branch Road, Malu Town, Jiading District, Shanghai, China.
As a large-scale manufacturer of twin-screw air compressors in China, we supply integrated air system solutions globally. Our product line includes piston air compressors (low, medium, and high pressure; oil-free configurations) and complete screw air compressor systems ranging from 3kW to 480kW. We also supply gas separation equipment, refrigerant compressors, refrigerated air dryers, filtration equipment, ceramic membrane filtration systems, and replacement consumables.
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According to market analysis, the dry vacuum pump market size is valued at USD 5.97 billion in 2024. The dry vacuum pump market is expected to grow from USD 6.17 billion in 2025 to USD 8.28 billion by 2034, registering a steady compound annual growth rate.
This growth highlights the industrial shift toward dry, clean vacuum systems that eliminate oil contamination in pharmaceutical processing, chemical production, and semiconductor manufacturing. Shanghai Honest Compressor continues to develop integrated dry pump and air compression platforms to meet these clean-system requirements.
Read Event Summary Report >Our research and development program focuses on three main technological goals: advanced machine-to-machine integration, oil-free systems, and sustainable materials.
Modern manufacturing plants require constant equipment uptime. The integration of IoT monitoring tools with central PLC controllers allows for real-time tracking of operational metrics. By monitoring parameters like bearing temperatures, pressure differentials, and motor vibration signatures, our systems can alert operators to required maintenance before a component fails.
While IE3 motors remain common in many industrial facilities, we are upgrading our product lines to support high-efficiency permanent magnet motors. Moving to IE5 configurations can reduce electrical losses by up to 30%, lowering overall operating costs.
Up to 90% of the electrical energy used by an air compressor is converted into heat. Our heat recovery solutions capture this thermal energy to preheat boiler water or supply warm water for industrial processing, helping factories reduce their overall energy footprint.
Two-stage compressors split the compression process into two distinct phases. By cooling the air between the first and second stages, the system reduces the work required for the second stage. This setup improves volumetric efficiency and can reduce energy consumption by up to 15% compared to single-stage units of equivalent capacity.
Fixed-speed compressors operate at constant speed and regulate air output by opening and closing an intake valve, which wastes energy during low demand. A VSD compressor automatically adjusts motor speed to match air output directly to your current usage, reducing energy consumption during partial load periods.
A 4-in-1 unit combines the compressor, refrigerated air dryer, line filters, and receiver tank in one frame. This design reduces required floor space, simplifies installation by eliminating interconnecting piping, and ensures the output air is dry and filtered right from the start.
Laser cutting requires clean, dry compressed air at higher pressures to clear cut channels effectively. Our specialized laser-cutting compressors supply constant pressures up to 15.5 bar, with built-in moisture separators and filtration to keep the laser optics clean.
Our production facilities follow ISO 9001 quality management guidelines. All pressure vessels meet ASME standards, and our complete assemblies carry CE certification. Each machine undergoes automated load testing before leaving our Shanghai factory to verify performance specifications.
Engineered for laser systems, delivering consistent 15.5 bar operating pressure to ensure clean cuts on thick metal plates.
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Integrated VSD PM system designed for mid-sized operations. Automatically adjusts motor speed to match current compressed air demand.
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High-power 132kW system combining two-stage compression and variable frequency drive for efficient baseline air delivery.
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Low-pressure screw compressor designed for textile, glass manufacturing, and chemical processes requiring 3 to 5 bar pressure.
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A space-saving setup combining the compressor and receiver tank, engineered to reduce line vibration and pressure fluctuation.
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Water-lubricated oil-free rotary screw compressor, delivering ISO Class 0 certified air for food, chemical, and medical processes.
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A scalable range of variable frequency permanent magnet compressors from 15kW to 75kW, designed to meet variable load profiles.
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Variable frequency drive screw compressor operating between 0.7 and 1.25 MPa. Reduces electrical consumption by matching output to system demand.
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