80m3/H Industrial Dry Screw Vacuum Pump Air Cooled Oil Free Vacuum Pump Manufacturer
| Product name: | Oil-free Dry Screw Vacuum Pump | Nominal Pumping Speed: | 80 M³/h |
| Ultimate Pressure: | ≤3 Pa | Power Supply Frequency: | 50 Hz |
| Nitrogen Connection: | 6 Mm Quick Connector | Rated Voltage: | 380 V |
| Cooling System: | Air-cooled | Other service: | OEM, ODM & Customization Available |
| Warranty period: | 1 Year | Rated Power: | 1.5 KW |
| Noise Level: | ≤72 DB | ||
| High Light: | 80m3/H Dry Screw Vacuum Pump,Industrial Dry Screw Vacuum Pump,Oil Free Vacuum Pump Manufacturer |
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80m3/H Industrial Dry Screw Vacuum Pump Air-Cooled Oil-Free Vacuum Pump Manufacturer
1. Product Overview
The AIRIPA APNX080 Air-Cooled Oil-Free Screw Vacuum Pump is a higher-capacity industrial dry vacuum solution designed for equipment requiring increased pumping speed, oil-free operation, and simplified cooling infrastructure. With a nominal pumping speed of 80 m³/h and a specified ultimate pressure of ≤3 Pa, it offers a practical vacuum solution for industrial equipment and OEM vacuum systems.
Featuring a 2.2 kW rated motor, integrated air cooling, and KF40 inlet and exhaust connections, the APNX080 supports integration into industrial vacuum installations. Its oil-free pumping chamber helps reduce oil contamination risks, while the air-cooled configuration eliminates the need for external cooling-water connections.
As a direct industrial vacuum pump manufacturer, AIRIPA provides in-house manufacturing, assembly, factory testing, and flexible OEM, ODM, and private labeling services for global industrial customers.

2. Key Features & Benefits
80 m³/h High Pumping Capacity
The APNX080 delivers a nominal pumping speed of 80 m³/h, providing the highest nominal pumping capacity among the listed APNX008–APNX080 models for industrial systems requiring greater vacuum throughput.
Oil-Free Dry Screw Technology
The dry screw pumping chamber operates without lubricating oil in the compression space, helping minimize oil contamination risks and supporting cleaner industrial vacuum processes.
Vacuum Performance Down to 3 Pa
With a specified ultimate pressure of ≤3 Pa, the APNX080 provides low-pressure vacuum capability for industrial applications where pumping capacity and achievable vacuum pressure must be considered together.
Integrated Air-Cooling System
The air-cooled design eliminates external cooling-water connections, simplifying equipment installation and reducing cooling-water infrastructure requirements.
KF40 Connections & Nitrogen Purge Support
KF40 inlet and exhaust connections support integration with compatible industrial vacuum piping. Nitrogen purge and sealing connections allow engineers to evaluate additional protection requirements for specific process gases.
3. Working Principle
The APNX080 dry screw vacuum pump uses two synchronized, non-contacting screw rotors to draw gas through the inlet and transport it toward the exhaust. Its oil-free pumping chamber helps reduce oil contamination risks, while the integrated air-cooling system dissipates heat without external cooling water. This design supports oil-free vacuum generation and simplified industrial equipment integration.

4. Technical Specifications
| Parameter | APNX080 Specification |
|---|---|
| Product Model | APNX080 |
| Pump Type | Air-Cooled Oil-Free Screw Vacuum Pump |
| Nominal Pumping Speed | 80 m³/h |
| Ultimate Pressure (Pa) | ≤3 Pa |
| Ultimate Pressure (mbar) | ≤3 × 10⁻² mbar |
| Ultimate Pressure (Torr) | Pending Datasheet Verification |
| Power Supply Frequency | 50 Hz |
| Rated Voltage | 380 V |
| Rated Power | 2.2 kW |
| Inlet Connection | KF40 |
| Exhaust Connection | KF40 |
| Nitrogen Purge Pressure | 1.5–2 bar |
| Nitrogen Purge Flow | 30–40 slm |
| Nitrogen Seal Flow | 4–10 slm |
| Nitrogen Connection | 6 mm Quick Connector |
| Noise Level | ≤72 dB |
| Approximate Weight | 103 kg |
| Maximum Leak Rate | 1 × 10⁻⁶ Pa·m³/s |
| Operating Ambient Temperature | 5–40°C |
| Cooling Method | Air-Cooled |
Note: Actual pumping performance depends on operating pressure, gas composition, system configuration, and installation conditions. Contact AIRIPA for application-specific technical guidance.
5. Industrial Applications
The APNX080 can be evaluated for industrial vacuum applications requiring higher pumping capacity, oil-free operation, and air-cooled installation.
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Industrial Vacuum Processing: Vacuum processes requiring increased nominal pumping capacity.
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OEM Vacuum Systems: Integration into industrial machinery and customized vacuum equipment.
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Automated Production Equipment: Vacuum generation for compatible automated manufacturing processes.
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Research & Pilot Systems: Oil-free pumping for suitable pilot-scale and research equipment.
Final application suitability depends on process gases, operating pressure, gas load, and system requirements.
Why Choose AIRIPA as Your Vacuum Pump Manufacturer?
AIRIPA is a direct industrial vacuum pump manufacturer integrating R&D, in-house manufacturing, assembly, and factory testing. We provide industrial vacuum solutions and flexible manufacturing services for equipment manufacturers, distributors, and industrial buyers.

Direct Factory Manufacturing
With our own production workshops and assembly lines, AIRIPA offers factory-direct communication, coordinated production support, and efficient technical discussions for industrial vacuum pump projects.
R&D & Engineering Expertise
Our engineering team focuses on industrial vacuum technology, precision engineering, and product optimization, supported by technical collaboration with industry specialists and research teams.
In-House Assembly & Factory Testing
AIRIPA operates its own assembly lines and factory testing equipment, supporting production oversight, quality management, and product performance verification before delivery.
OEM, ODM & Private Labeling Services
We support OEM, ODM, and private labeling services for equipment manufacturers, distributors, and industrial brands, including discussions of product configurations, equipment integration, and branding requirements.

6. APNX Series Selection & Request a Quote
Find the Right Dry Screw Vacuum Pump for Your Application
The AIRIPA APNX080 provides a nominal pumping speed of 80 m³/h, an ultimate pressure of ≤3 Pa, and a 2.2 kW rated motor. Compared with the APNX060, it offers approximately 33% higher nominal pumping speed, providing an additional capacity option for industrial systems with greater pumping requirements.
Need a different pumping capacity? AIRIPA also offers other models in the APNX air-cooled oil-free screw vacuum pump series:
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APNX008: 8 m³/h
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APNX020: 20 m³/h
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APNX030: 30 m³/h
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APNX040: 40 m³/h
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APNX060: 60 m³/h
Our engineering team can help you compare available models based on required pumping speed, target vacuum pressure, process gas characteristics, installation conditions, and equipment integration requirements.
Request a Factory-Direct Quote
Contact AIRIPA with your application details, including process gas, required operating pressure, and pumping capacity, to discuss APNX series model selection, technical specifications, pricing, and OEM, ODM, or private labeling options.
7. Frequently Asked Questions
Q1. What are the pumping speed and ultimate pressure of the APNX080?
The APNX080 has a nominal pumping speed of 80 m³/h and a specified ultimate pressure of ≤3 Pa (≤0.03 mbar). Actual operating performance depends on gas load and system conditions.
Q2. Does the APNX080 require external cooling water?
No. The APNX080 uses an integrated air-cooling system without external cooling-water connections. Adequate ventilation and operation within the specified ambient temperature range are required.
Q3. What is the difference between the APNX060 and APNX080?
The APNX080 provides 80 m³/h nominal pumping speed compared with 60 m³/h for the APNX060. Both models have a specified ultimate pressure of ≤3 Pa and use KF40 inlet and exhaust connections. The APNX080 has a 2.2 kW rated motor, compared with 1.5 kW for the APNX060.
Q4. Does AIRIPA support OEM, ODM, and private labeling services?
Yes. AIRIPA provides OEM, ODM, and private labeling services for equipment manufacturers, distributors, and industrial customers, subject to technical feasibility and project requirements.