**1. Product Features**
- **Oil-Free Operation**: Unlike traditional vacuum pumps that generate oil vapor, dry pumps operate without oil, ensuring a clean and contamination-free environment in production areas and on treated materials. This makes them ideal for use in sensitive industries such as pharmaceuticals and food processing.
- **Water-Saving Design**: Compared to water-ring vacuum pumps, which require large amounts of water and can lead to excessive water consumption, dry pumps eliminate this issue entirely. They do not rely on water for operation, reducing resource waste and preventing humidity spikes in the workshop, which could otherwise damage products due to moisture exposure.
- **Low Maintenance Requirements**: Dry pumps do not require refueling or regular water changes, significantly reducing maintenance efforts compared to other types of vacuum pumps. This results in lower operational costs and less downtime.
- **Stable Suction Performance**: Utilizing high-speed multi-blade technology, dry pumps avoid the pulsation issues commonly found in conventional vacuum pumps. This ensures a smooth and consistent suction process, improving efficiency and reliability in various applications.
**2. Application Scope**
Dry vacuum pumps are widely used across multiple industries due to their versatility and performance. They are particularly suitable for:
- Pharmaceutical machinery, including capsule filling, printing, mixing, and packaging.
- Automatic vacuum suction systems for packaging, bag opening, and loading.
- Low-energy vacuum suction printing machines.
- High-efficiency vacuum filling for liquids into bottles.
- Vacuum forming of various products.
- Air-tightness testing under vacuum conditions.
- Vacuum-assisted labeling of cartons and bottles.
- Vacuum suction of delicate glass and thin components.
- Fixing photographic plates using vacuum pressure differences for gas analysis.
- Vacuum suction fixtures in automated mechanical systems.
- Leak testing of containers under vacuum.
- Food processing equipment.
- Balancing tests of centrifuges in vacuum environments.
- Vacuum systems in hospital operating rooms and dairy farms.
They are also compatible with a wide range of vacuum packaging machines and other related equipment.
**3. Main Technical Parameters**
| Model | Maximum Vacuum | Pumping Speed | Power Consumption | Dimensions | Weight |
|-------|----------------|----------------|-------------------|------------|--------|
| XG-10 | 98 kPa | 10 m³/min | 1.5 kW | 400x300x200 | 15 kg |
| XG-20 | 97 kPa | 20 m³/min | 2.2 kW | 500x400x250 | 25 kg |
| XG-50 | 96 kPa | 50 m³/min | 5.0 kW | 700x500x300 | 50 kg |
These parameters make the XG series dry rotary vane vacuum pumps an efficient and reliable choice for a variety of industrial needs. Whether you're looking for precision in pharmaceutical applications or efficiency in food packaging, these pumps deliver outstanding performance.
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