power :
1.5kWType :
TXXT-40Rated voltage :
380VProduct weight :
120KgProduct introduction:
The large capacity vacuum pump is designed to handle high-flow vacuum requirements, making it ideal for aerospace applications and industrial processes in China. With its capability to maintain stable vacuum levels, it is widely used in CNC vacuum suction systems, food packaging lines, and carbon fiber bag molding. This pump delivers high performance, efficiency, and reliability across demanding industrial environments.
Technical features:
o High flow design: to meet the needs of rapid evacuation and large gas treatment.
o High efficiency: Optimize energy use and reduce energy costs.
o Strong stability: Maintain a stable vacuum level under long continuous operation.
Description of the target industry or application scenario Suggestion:
1.CNC industry:
It is used in vacuum sucker system to quickly adsorb and fix workpieces, improving CNC machining accuracy and efficiency.
2. Food packaging:
Support continuous evacuation of multiple packages on the food packaging line to improve the operating efficiency and packaging quality of the production line.
3. Carbon fiber molding:
Provide stable high flow vacuum support during mold air removal to ensure the quality and surface smoothness of composite materials.
4. Aerospace:
Suitable for high flow vacuum environment requirements, support precision parts forming and testing.
· Enable efficient lifting and positioning of materials.
· Reduce manual labor dependency and improve safety.
· Operate reliably in high-speed automated workflows.
· Enhance productivity in diverse factory applications.
1. Provide precise suction for glass shaping and lamination.
2. Ensure material safety during quality inspection.
3. Minimize damage in transport and handling.
4. Operate efficiently in large-scale glass production.
· Deliver reliable suction for heavy marble slabs.
· Reduce surface damage during handling and transport.
· Support high-capacity operations with efficient designs.
· Operate reliably in diverse marble processing environments.
1. Provide secure material clamping for precision engraving.
2. Reduce vibrations to enhance machining accuracy.
3. Include drainage systems for cutting fluid management.
4. Operate efficiently in high-speed CNC applications.
· Provide stable vacuum conditions for uniform material flow.
· Support defect-free extrusion processes.
· Handle high-capacity operations with ease.
· Operate reliably in diverse extrusion machine setups.
1. Ensure consistent vacuum levels for autoclaves.
2. Provide redundancy for uninterrupted operations.
3. Meet strict healthcare sterilization standards.
4. Operate efficiently in high-demand hospital environments.
· Prevent clogging with advanced drainage functionality.
· Maintain suction efficiency in cutting fluid environments.
· Support uninterrupted machining operations.
· Enhance overall CNC system reliability.
1. Provide consistent vacuum levels across production areas.
2. Reduce downtime with centralized vacuum solutions.
3. Enhance efficiency in large-scale manufacturing setups.
4. Operate reliably in complex factory environments.
· Provide strong suction for handling heavy materials.
· Ensure precision machining with stable vacuum conditions.
· Reduce production times with efficient operations.
· Operate reliably in diverse machining center applications.
1. Offer tailored solutions for multi-material processing.
2. Address unique challenges in high-capacity operations.
3. Provide corrosion-resistant options for harsh environments.
4. Operate reliably in specialized industrial setups.
What are the benefits of Vacuum Solutions for High-Capacity Packaging Operations?
1. Reliable vacuum conditions for automated packaging lines
2. High flow rates for large-scale operations
3. Customizable systems for industry-specific needs
4. Energy-efficient designs for reduced operational costs
5. Durable construction for long-term use
Why are Vacuum Pumps critical for Continuous CNC Machining Operations?
1. Stable vacuum levels for precise machining
2. Automatic drainage systems for cutting fluids
3. Reliable performance in continuous operations
4. High flow rates for efficient manufacturing
5. Energy-efficient designs for cost-effective use
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