We are excited to announce our collaboration with RUPES, a global leader in dust extraction systems. Our partnership aims to provide superior dust extraction services, ensuring a clean, safe, and efficient workspace.
Dust Extraction System & Services in Partnership with RUPES
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High Energy Saving
The RUPES Dust Extraction System is designed with high energy efficiency in mind. The system’s high extraction performance and energy efficiency guarantee maximum energy savings during the production cycle, thereby reducing production costs.
The central extraction units with an INVERTER SYSTEM manage energy consumption automatically, ensuring high energy savings and high performance in several industrial applications.
Filtering Technology
RUPES extraction units are designed with high-efficiency filtering technology. Thanks to over 40 years of experience, alongside research and development into dust classification and filtering technology, RUPES extraction units guarantee high filtering efficiency (99.5% with dust up to 0.3 µm) and high usage reliability.
The system also features a ROTOR JET AUTOMATIC CLEANING SYSTEM that removes dust from the surface of the filter through a jet of centralized compressed air.
Rotor Jet Automatic Cleaning System
The RUPES Rotor-Jet System, a product of extensive research and development, eliminates dust from the filter surface using a centralized compressed air jet. This automatic filter cleaning system provides:
Direct and localized cleaning of the filter surface with high pressure;
Continuous operation;
Extended filter lifespan.
PTFE FILTER
RUPES extraction units are equipped with filters that have been specially designed and built with a unique metal structure and PTFE filtering material. This ensures:
Exceptional filtering efficiency (99.5% for dust particles as small as 0.3 µm);
Durability over time;
Reduced maintenance costs.
Cyclonic Filtration System
The RUPES cyclonic system, thanks to its tangential inlet, effectively separates dust from the air stream, causing the particles to accumulate at the bottom of the container.
Cost Reductions
A tool connected to a centralized extraction system consumes about 30% fewer abrasives than a tool not connected to any system. Therefore, a centralized extraction system reduces production costs by using fewer consumables.
Lower Abrasive Usage
Research has indicated that a tool connected to a centralized extraction system uses approximately 30% less abrasives compared to a tool that’s not connected to any system. As a result, a centralized extraction system helps cut down production costs by reducing the consumption of consumables.
Decreased Tool Maintenance and Enhanced Tool Longevity
A tool that’s linked to a centralized dust extraction system tends to be more reliable and lasts longer. This is because the dust produced during sanding is instantly removed, keeping the tool and its mechanical components thoroughly clean.
3D Design
RUPES provides to customers its know-how and extensive experience in the sector to design and implement customized solutions in order to completely satisfy their needs and requirements. Through 3D technical support it is possible to correctly size the system, thereby guaranteeing excellent extraction performance for each workstation
Safety and Protection
The micro-dust generated by sanding processes is extremely harmful if inhaled by workers. The RUPES centralized extraction system is the best choice to work professionally and safely, keeping the workplace clean and healthy.
Inside each central extraction unit, there are protection and safety devices that constantly monitor the operating temperature/vacuum to prevent faults in the centralized system.
Intelligent Technology
The new 4.0 technology, with interconnected and interactive intelligent sensors and devices that can be managed remotely, has enabled the development and design of new touch screen control panels for managing the extraction unit.
Through this latest generation device, the turbines are constantly monitored and controlled remotely, worldwide, directly by specialized engineers who can see the operating status of the machine in real time, optimize extraction performance according to the customer’s requirements and plan scheduled remote maintenance to prevent faults and to solve them remotely if they occur
