About Chips Conveying System
Pneumatic Granules Transportation System (Chips Conveying System).
Modern & strong, the Chips Conveying System is offered in premium quality. It is made from high grade stainless steel and aluminum metal as well as surface coated with heat resistant paint. This is tensile in strength, corrosion resistance and durable in quality. Chips Conveying System is used for passing the solution from one phase to another phase. Apart of this, industrial system has a central collection point that is separated from induced air flow, discharged storage bin and automatic load out system. It is easy to install, requires less maintenance and provides high quality end products.
Product Specification
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Product Type
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Pneumatic Conveying Systems
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Capacity
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As per customer
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Automation Grade
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Automatic
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Condition
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New
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Material
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Stainless Steel
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Design
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Customized
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Conveying Distance
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up to 100 meter
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Conveying System
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Lean,Dense and Vacuum Conveying
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Brand
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Mechcon
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Minimum Order Quantity
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1 Set
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Energy-Efficient and Durable BuildCrafted from high-quality mild steel and finished with corrosion-resistant powder coating, this chips conveying system offers superior durability and minimal maintenance. Its energy-efficient design, powered by a variable-speed electric motor, ensures consistent and reliable performance even in demanding industrial workshop environments.
Flexible and Safe Chip RemovalAdaptable to various machining centers, the system boasts a customizable inclination angle and variable speed for precise chip removal. Emergency stop and overload protection features maximize operator safety, while accessories such as chip bins and safety guards further enhance operational convenience and workplace safety.
FAQs of Chips Conveying System:
Q: How does the CCS-2024 Chips Conveying System operate within an industrial workshop?
A: The CCS-2024 utilizes a heat-resistant rubber or PU belt driven by an electric motor, regulated by a PLC-based control system. It transports metal chips efficiently from CNC machines and other machining tools, maintaining high operational efficiency and quiet performance below 70 dB. Installed onsite and commissioned by our experts, it integrates seamlessly into any industrial workshop.
Q: What safety features are included in the chips conveying system?
A: The system is equipped with multiple safety mechanisms, including an emergency stop button and overload protection. Safety guards and a control panel further ensure safe day-to-day operation, minimizing hazards during chip removal and handling. These features are designed to prioritize operator safety in industrial environments.
Q: When is maintenance required for this chips conveying system and how easy is it?
A: Maintenance intervals depend on usage but are generally low and easy, thanks to its robust design and corrosion-resistant components. Regular inspection of belts, bearings, and drive chains, along with scheduled lubrication, helps maintain peak efficiency. The systems uncomplicated structure ensures that routine maintenance can be performed swiftly by in-house staff.
Q: Where can this chip conveyor be installed and what applications is it compatible with?
A: The CCS-2024 is suitable for installation in industrial workshops and machining centers, regardless of size or layout. Its customizable dimensions and inclination angles make it compatible with CNC machines, lathes, and various specialized machine shops focused on metal processing and chip removal.
Q: What is the process for on-site installation and after-sales support?
A: Our expert team provides on-site installation and commissioning of the chips conveying system, ensuring smooth integration with your existing equipment. After-sales service includes technical support, troubleshooting, and spare parts supply, all designed to keep your operation running efficiently with minimal downtime.
Q: How can adjusting the control system benefit daily usage?
A: With its PLC-based system, users can easily adjust the conveyors speed and inclination angle to match current production requirements. This flexibility optimizes chip removal efficiency, reduces wear, and helps maintain the systems overall performance at 95% efficiency, contributing to energy savings and reduced operational costs.