SERVICE
High-Performance Magnetic Screw Conveyor "SC" | Precision Metal Chip Management Solution
Product Info
The "SC Magnetic Screw Conveyor" is designed to address the challenges of transporting and managing metal chips generated in precision machining processes, such as gear cutting and broaching. This system efficiently captures and conveys small curled or needle-like chips, improving workplace cleanliness and safety. With heat-resistant properties for dry processing and a consumable-free design, it is both efficient and environmentally friendly.
■ Key Features
・High Safety
Features a concealed rotating mechanism to prevent chip entanglement and enhance workplace safety.
・Heat-Resistant for Dry Processing
Performs exceptionally in high-temperature environments, making it ideal for dry machining processes.
・Environmentally Friendly
Operates without consumables, reducing operational costs and industrial waste.
・Versatile Chip Handling
Handles a variety of chip types, including curls (up to 50 mm), needles, sand-like, and fibrous chips.
■ Operation Process
1.Chip Capture
Contaminated liquid enters the conveyor, and metal chips are efficiently captured by internal pipe-mounted magnets.
2.Chip Transport
Captured chips are conveyed along the pipe surface by the rotation of the magnetic shaft.
3.Efficient Chip Discharge
Metal chips are safely discharged at the outlet, while clean coolant is supplied to the system.
■ System Specifications
・Filtration Accuracy: Captures chips up to 20 mm with over 90% efficiency
・Supported Chip Types: Curls, needles, sand, and fibrous chips
・Heat Resistance: Suitable for high-temperature environments
■ Applications
・Gear Cutting and Broaching: Efficient chip management for precision machining
・Dry Machining in High-Temperature Environments
・High-Precision Production Facilities: Chip transport and cleaning for clean and efficient operations
The "SC Magnetic Screw Conveyor" offers a highly effective solution for metal chip management while improving workplace environments.
For more information, please download the PDF or contact us for further consultation!
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