BUNRI Inc.

Coolant Management for Manufacturing: Reduce Cleaning Frequency and Running Costs Bangkok Thailand

A coolant system is a system designed to manage and regulate the temperature of machinery or engines by circulating a coolant, typically a liquid, through a series of components. The primary function of a coolant system is to absorb excess heat generated during the operation of equipment or engines and dissipate it to prevent overheating. The coolant filtration systems provided by Bunri Co., Ltd. solve the coolant management issues in manufacturing environments. These systems reduce the frequency of coolant cleaning and significantly lower running costs, directly contributing to improved productivity. Features Cost Efficiency: High-performance filters increase the reuse rate of coolant, reducing the cost of purchasing new coolant. Environmental Improvement: Reduces unpleasant odors from coolant, improving the working environment. Maintenance: Simplified structure reduces maintenance effort and decreases the need for regular cleaning. Multi-Machine Compatibility: Suitable for various machine tools such as grinders, machining centers, and lathes. Specifications Applicable Coolants: Water-soluble and oil-based coolants Filter Types: Magnetic separator, conveyor type, cyclone Compatible Materials: Iron, cast iron, aluminum, copper, stainless steel Coolant filtration systems are especially recommended for use in workplaces with a high volume of cutting debris. This ensures the maintenance of product quality while maximizing production efficiency.

Coolant equipment inspect service - Thailand Bangkok

Coolant equipment is crucial in many manufacturing and industrial settings, as it helps to maintain the efficiency, precision, and longevity of the machinery by managing heat and reducing friction during operation. Bunri Co., Ltd.'s coolant filtration equipment service inspection aims to improve the efficiency of coolant management and enhance the durability of equipment in the manufacturing industry. This free service prevents sudden breakdowns and performance degradation, ensuring stability in the manufacturing process. Features Trouble Prevention: Regular inspections allow for early detection and response to minor machine abnormalities. Cost Reduction: Reduces the need for sudden part replacements or major repairs due to breakdowns, alleviating financial burdens. Performance Maintenance: Keeps equipment in optimal condition, ensuring constant high performance. Expert Knowledge: Bunri's technical support team provides services based on the latest technical information. Specifications Inspection Items: Deterioration of squeeze rolls, condition of floating oil accumulation, condition of belts, etc. Target Equipment: Magnetic separators, oil skimmers, etc. Service Scope: Inspections available not only for BUNRI products but also for coolant filtration equipment from other manufacturers. This inspection service improves the manufacturing environment to be safer and more efficient, enabling long-term operations. Additionally, we support equipment update plans and procurement of spare parts.

Powerful Magnetic drum conveyor MMS Series - Thailand Bangkok

A Powerful Magnetic drum conveyor is a type of conveyor belt that uses magnets to assist in moving materials. Magnets are installed underneath or within the belt itself to create a magnetic field that helps attract and hold magnetically responsive materials onto the belt, allowing them to be transported along a predetermined path. The Powerful Magnetic Drum Conveyor MMS was developed to achieve quick and efficient separation and transport of metal chips in manufacturing processes. This system is particularly suitable for use in the metalworking and recycling industries, utilizing strong magnetic forces to effectively separate fine to large metal chips, thereby promoting process efficiency. Features High Separation Capability: The powerful magnetic force captures even the finest metal chips, contributing to improved product quality. Efficient Transport System: The separated metal chips are immediately transported to the next process, significantly reducing labor and time. Space-Saving Design: Compact yet high processing capacity, maximizing effectiveness even in limited spaces. Durability and Safety: Robust construction and safety design ensure stable performance over long-term use. Environmental Consideration: By optimizing metal recycling, it contributes to waste reduction and efficient resource utilization. Specifications Magnetic Force: Customizable magnetic settings to accommodate various metal materials. Sizes: Multiple size variations available to adapt to diverse installation environments. Materials: Made with high-quality materials to ensure durability and corrosion resistance. Power Supply: Standard power specifications suitable for a wide range of factory environments.

Ultra-Powerful Magnetic Drum Conveyor M10 Bangkok Thailand

A Ultra-Powerful Magnetic Drum Conveyor is a conveyor belt equipped with high-strength magnets installed within or beneath the belt, designed to efficiently move magnetically responsive materials. The high-powered magnets allow for the secure attraction and holding of heavy or large magnetic materials, ensuring they are transported effectively. The Ultra-Powerful Magnetic Drum Conveyor M10 is an optimized transport system, especially suitable for casting processes where fine chips are generated. Compared to the MMS model, this high-performance system features a stronger magnetic drum and achieves a filtration precision of over 90% for 10μm particles. As a result, secondary processing is unnecessary, directly simplifying the manufacturing process and reducing costs. Features High Magnetic Force Drum: Effectively captures even the finest chips, greatly enhancing the efficiency of casting processes. High-Precision Filtration: Achieves a filtration precision of over 90% for 10μm particles, eliminating the need for secondary processing. High-Pressure Pump Compatibility: Compatible with high-pressure pumps up to 3Mpa, enabling use in a wide range of processes. Mechanism Dirty Liquid Handling: Dirty liquid flows into the conveyor, where 80-90% of the chips settle at the bottom. Magnetic Capture: Chips that do not settle are captured by the magnetic drum and settle after demagnetization. Clean Liquid Generation: The liquid passing through the magnetic drum becomes clean and is supplied to the clean tank. Chip Discharge: Settled chips are transported by a scraper and discharged externally. Liquid separation is performed before discharge. The Ultra-Powerful Magnetic Drum Conveyor M10 efficiently and economically solves the problem of fine chips in casting processing. This innovative system optimizes the manufacturing process and reduces environmental impact.

Powerful Magnetic drum conveyor Series HMS - Thailand Bangkok

A Powerful Magnetic drum conveyor is a type of conveyor belt with high-strength magnets installed within or beneath the belt, designed to efficiently move magnetically responsive materials. The powerful magnets enable the secure attraction and holding of heavy or large magnetic materials, ensuring they are transported with high efficiency and stability. The Powerful Magnetic Conveyor HMS is a metal chip removal system characterized by its compact design, which is adaptable to the openings of low-profile machinery. Unlike traditional magnetic drum methods, this system utilizes magnets installed at the bottom of the conveyor to capture chips, resulting in a reduced overall height. This design allows for easy integration into manufacturing lines with limited space and low-profile machinery, while providing high-precision filtration performance. Features Low-Profile Design: Optimized for use in limited spaces, the low-profile design can accommodate a variety of machine configurations. High-Precision Filtration: With a filtration accuracy of 30μm and over 90% efficiency, even fine chips are effectively removed. Easy Maintenance: Chips captured by the magnets at the bottom of the conveyor are efficiently transported by a scraper, simplifying maintenance tasks. Efficient Liquid Separation: Captured chips are temporarily stored at the conveyor outlet, separated from the liquid, and then discharged, allowing for dry chip recovery post-processing. Mechanism Dirty Liquid Handling: Dirty liquid flows into the conveyor, where the liquid containing chips is processed. Magnetic Capture: Chips are captured by magnets installed at the bottom of the conveyor. Chip Transportation: Captured chips are transported by a scraper for efficient processing. Chip Discharge: Chips are separated from the liquid at the conveyor outlet before being discharged.

#30 Ultra Powerful Magnetic Drum Conveyor Series M10 - Thailand Bangkok

A Ultra Powerful Magnetic Drum Conveyor is a type of conveyor belt with high-strength magnets installed within or beneath the belt, designed to efficiently move magnetically responsive materials. The powerful magnets enable the secure attraction and holding of heavy or large magnetic materials, ensuring they are transported with high efficiency and stability. The #30 Ultra-Powerful Magnetic Drum Conveyor M10 is a high-performance chip removal system specifically designed for Machining Centers #30. This system achieves a high filtration accuracy of over 90% for particles as small as 10μm, eliminating the need for secondary processing in manufacturing processes. Additionally, it supports high-pressure pumps up to 3Mpa, making it suitable for a wide range of applications. Features Specialized Design: Specifically designed for Machining Centers #30, providing optimal filtration performance. High Filtration Accuracy: Achieves high-precision filtration of over 90% for 10μm particles, contributing to improved product quality. No Secondary Processing Needed: The high-precision filtration system simplifies the manufacturing process and reduces costs. High-Pressure Pump Support: Compatible with high-pressure pumps up to 3Mpa, allowing for use in various processes. Mechanism Dirty Liquid Handling: Dirty liquid flows into the conveyor, with the majority of chips settling at the bottom. Magnetic Capture: Chips that do not settle are captured by the magnetic drum, and after demagnetization, settle again. Clean Liquid Production: After passing through the magnetic drum, the dirty liquid becomes clean and is supplied to the clean tank. Chip Discharge: Settled chips are transported by a scraper and discharged externally. Before discharge, liquid separation is performed, allowing for dry chip recovery.

Coolant management system for grinding Series ALG - Thailand Bangkok

A coolant management system is a system designed to control and manage the coolant fluid used in various manufacturing processes, such as cutting, grinding, turning, or milling metal. This system ensures that the coolant operates at maximum efficiency, enhancing the overall effectiveness of the production process. The Coolant System ALG for Grinding is a uniquely designed system specializing in the treatment of non-magnetic grinding sludge. Equipped with a new cyclone filter, it employs total filtration technology to handle sand-like non-magnetic sludge. This system significantly reduces cleaning time and maintenance costs in grinding processes while achieving high-quality machined surfaces. Features Non-Magnetic Sludge Handling: Efficiently processes sand-like non-magnetic sludge, aiding in the improvement of machining quality. Total Filtration Cyclone Filter: Achieves total filtration with a cyclone filter, removing floating oil and scum with a chain bucket skimmer, thus maintaining coolant quality. Centripetal Sludge Accumulation: Uses the vortex and centripetal force in the primary tank to efficiently accumulate sludge and abrasive grains at the center, preventing deposition. Improved Energy Efficiency: Reduces power consumption with a shower pump-free design and an improved primary tank structure, enhancing vortex rotational speed by approximately three times. Reduced Environmental Impact: Designed to eliminate the need for consumables, thereby reducing industrial waste and being environmentally friendly. Mechanism Vortex Generation: Dirty liquid flows into the primary tank, generating a vortex that accumulates sludge and abrasive grains at the center. Sludge and Abrasive Grain Pumping: The accumulated sludge and abrasive grains at the center are pumped up by a supply pump. Cyclone Filter Filtration: The dirty liquid is filtered through the cyclone filter, producing clean coolant. Sludge Discharge: The filtered sludge is discharged through the drain via a scraper conveyor. Clean Liquid Supply: Clean liquid flows into the secondary tank and is supplied to the machine. The chain bucket skimmer in the secondary tank removes floating oil and scum.

Grinding coolant system compact Series CPT - Thailand Bangkok

A coolant management system is a system designed to control and manage the coolant fluid used in various manufacturing processes, such as cutting, grinding, turning, or milling metal. This system helps ensure that the coolant operates at maximum efficiency during its use. The Compact Coolant System for Grinding is an advanced grinding process system capable of handling both magnetic and non-magnetic grinding sludge. This model, compared to conventional ALG systems, reduces tank liquid volume and achieves a space-saving design that reduces installation space by 60%. With total filtration via a cyclone filter and an improved primary tank mechanism for efficient sludge and abrasive grain accumulation, it ensures high-precision separation of clean liquid and discharge materials. Features Handles Magnetic and Non-Magnetic Sludge: Suitable for a wide range of grinding materials, regardless of sand-like sludge. Total Filtration: The new cyclone filter thoroughly filters all coolant with high precision. Efficient Sludge Accumulation: Vortex and centripetal force gather sludge and abrasive grains at the center of the tank, minimizing deposition. Space-Saving Design: Significantly reduces installation footprint, maintaining high performance even in limited spaces. Reduced Environmental Impact: Uses no consumables, reducing industrial waste production. Mechanism Dirty Liquid Handling: Dirty liquid flowing into the primary tank generates a vortex, effectively gathering sludge and abrasive grains to the center of the tank. Sludge and Abrasive Grain Accumulation: Sludge and abrasive grains accumulated at the center are pumped up by the supply pump in the center of the tank. Total Filtration: The cyclone filter thoroughly filters the dirty liquid, producing clean coolant. Sludge Discharge: Filtered sludge is discharged through the drain via a sedimentation tank conveyor. Clean Liquid Supply: Filtered clean liquid flows into the secondary tank and is supplied to the machine. Filtration Accuracy The filtration accuracy is over 90% for 10μm particles, based on experimental data, but this does not guarantee effectiveness in all environments.

Rolling filter conveyor for non magnetic Series MAL - Thailand Bangkok

A rolling filter conveyor is a conveyor belt system combined with material filtration, using rollers to move materials through the filtration system. The rollers ensure that the materials move smoothly and continuously while being filtered to separate impurities or unwanted particles. "The All-in-One" high-filtration performance conveyor combines magnets and punching filters, featuring an auto-cleaning function. The Rolling Filter Conveyor MAL uses magnets and punching filters to capture not only magnetic chips but also non-magnetic chips. It is ideal for environments where a single machine processes both magnetic and non-magnetic materials. The auto-cleaning function reduces maintenance effort, and no backwashing is required, contributing to improved factory conditions. Features Handles Magnetic and Non-Magnetic Chips: Capable of processing both magnetic and non-magnetic chips in a single unit. Magnetic Capture: Magnets at the bottom of the conveyor securely capture magnetic chips. Punching Filter: Non-magnetic chips are captured by the punching filter, which automatically cleans itself. Liquid Separation Structure: The chip discharge outlet includes a liquid separation function, reducing coolant carryover and discharging chips in a dry state. Reduced Environmental Impact: Eliminates the need for consumables, reducing industrial waste. Mechanism Dirty Liquid Handling: Dirty liquid flows into the conveyor, where magnetic chips are captured by the magnets at the bottom. Punching Filter Filtration: The rotating punching filter captures non-magnetic chips and supplies clean liquid to the tank. Chip Discharge: Chips are transported by a scraper and separated from the liquid at the conveyor discharge outlet.

filtratin system / filter system / filter bag high precision Series RBF - Thailand Bangkok

A coolant filtration system is a system used to filter and separate unwanted impurities or particles from the coolant fluid used in manufacturing processes, such as cutting, grinding, turning, or milling metal. This system helps maintain the cleanliness of the coolant and extends its effective usage life. The "RBF" is a bag filter type filtration device, ideal as a secondary filter in cutting and grinding processes. This device specializes in the precise filtration of industrial liquids, offering high-quality filtration performance with a simple yet efficient design. Its design, which allows for continuous operation, significantly contributes to improved productivity. Features Continuous Operation: With a setup of two units, if one filter clogs, the flow can be switched using a three-way valve, allowing maintenance on one unit at a time. This prevents interruptions in the production process and allows for efficient filter replacement and cleaning. High-Precision Filtration: Effectively removes fine chips and sludge generated from cutting and grinding processes, ensuring clean liquid. This high filtration capacity maximizes machine performance and contributes to improved product quality. Ease of Maintenance: Clogging can be easily monitored with pressure gauges on the top of the unit and pressure sensors on the inlet pipe. Additionally, the open-type outlet for clean liquid requires no air bleeding, simplifying operations. Ease of Installation: No piping for clean liquid is required, reducing the need for extensive installation work. This allows for quick startup and flexibility in choosing installation locations. Specifications Weight: RBF-1 weighs 25 kg, and RBF-2 weighs 32 kg. You can choose according to the installation site and operational environment. Filtration Mechanism: Dirty liquid, pressurized by a coolant pump, flows in from the top of the unit. After filtration by the filter, clean liquid is supplied from the bottom of the unit to the clean tank.

Chain bucket skimmer innovation Series CBS - Thailand Bangkok

A chain bucket skimmer is a device used to separate and remove oil or contaminants floating on the surface of water or other liquids. It uses a chain and bucket system to transport the contaminants from the surface to a storage tank. The "CBS" Chain Bucket Skimmer offers an innovative solution for recovering floating oil and scum. With a recovery capacity approximately seven times that of belt skimmers, this product efficiently removes hydraulic oil, lubricating oil, and scum mixed into water-soluble coolant, preventing liquid decay and odor generation. It is especially effective with low-viscosity floating oils and heated liquids, contributing to a cleaner and safer working environment. Features High Recovery Capacity: Recovers floating oil and scum with approximately seven times the efficiency of belt systems, contributing to the maintenance of an efficient working environment. Unique Bucket Design: Developed to efficiently recover floating oil and scum, achieving excellent recovery rates. Wide Applicability: Capable of handling various conditions, from low-viscosity oils to heated liquids. Specifications Recovery Capacity: CBS-50: 365cc/hr CBS-100: 730cc/hr CBS-250: 2250cc/hr Product Weight: The CBS series ranges from 8kg to 100kg, selectable according to the application. Paint Color: The body is medium metallic, and the cover is dark gray metallic. The CBS-250 also features a medium metallic finish, with color customization available upon request. Drive Motor: The CBS-50 and CBS-100 use a 15W motor, while the CBS-250 uses a 40W motor.

Rolling filter conveyor for non magnetic Series AL - Thailand Bangkok

A rolling filter conveyor is a conveyor belt system integrated with material filtration, utilizing rollers to move materials through the filtration system. The rollers help the materials move smoothly and continuously while passing through the filter, which separates impurities or unwanted particles. The "AL" Rolling Filter Conveyor is a high-efficiency filtration system specifically designed for processing non-magnetic cutting chips. It features a punching filter with an automatic cleaning function that eliminates the need for backwashing, significantly reducing maintenance effort and cost. This product also contributes to improving the factory environment, making it an ideal choice for sustainable manufacturing processes. Features Punching Filter Without Backwashing: The punching filter, which constantly rotates in contact with the scraper, efficiently captures chips while preventing clogging. With no mist generation, it maintains a clean working environment. Environmentally Friendly Design: By not using consumables such as cartridge filters or paper filters, it reduces industrial waste. Liquid Separation Structure at the Discharge Outlet: The discharge outlet of the conveyor features a liquid separation structure, efficiently separating chips from coolant, reducing coolant carryover. Mechanism Dirty liquid flows into the conveyor and is filtered as it passes through the rotating punching filter. The filtered clean liquid is sent from the inside to the outside of the punching filter, while the chips are scraped off and settle at the bottom of the conveyor. The settled chips are transported by a scraper and discharged from the conveyor's outlet in a dewatered state. Filtration Accuracy The AL model efficiently captures particles of 200μm or larger with over 90% efficiency.

Rolling filter conveyor for non magnetic Series ALL - Thailand Bangkok

A rolling filter conveyor is a conveyor belt system integrated with material filtration, using rollers to move materials through the filtration system. The rollers ensure that materials move smoothly and continuously while passing through the filter, which separates impurities or unwanted particles. The "Rolling Filter Conveyor ALL" is a revolutionary device equipped with a punching filter that does not require backwashing, enabling high-efficiency separation of non-magnetic cutting chips. This conveyor features a high-rigidity filter designed to handle especially tough chips, significantly reducing both maintenance effort and environmental impact. Features High-Rigidity Punching Filter: Equipped with a high-rigidity punching filter suitable for processing tough non-magnetic chips, preventing clogging while maintaining high filtration efficiency. Automatic Cleaning Function Without Backwashing: The punching filter rotates in constant contact with a scraper, automatically cleaning itself without generating mist from backwashing. This contributes to improved air quality within the factory. Liquid Separation Structure at the Discharge Outlet: Chips are discharged in a dewatered state, preventing wastage of coolant. No Consumables Used: Does not use consumables like cartridge filters or paper filters, reducing industrial waste. Mechanism Dirty liquid flows into the conveyor and passes through the punching filter, efficiently capturing non-magnetic chips in the process. Chips captured by the punching filter are scraped off by the scraper and settle at the bottom of the conveyor. The settled chips are transported by a scraper and discharged in a dewatered state. Filtration Accuracy The "ALL" model captures particles of 200μm or larger with over 90% efficiency.

#30 Rolling Filter Conveyor for non magnetic Series SKA - Thailand Bangkok

A rolling filter conveyor is a conveyor belt system integrated with material filtration, utilizing rollers to move materials through the filtration system. The rollers help the materials move smoothly and continuously as they pass through the filter, which separates impurities or unwanted particles. Innovative Chip Processing with the "SKA" Rolling Filter Conveyor: Reducing Environmental and Maintenance Burden Without Backwashing Features High-Efficiency Capture with Punching Filter: The continuously rotating punching filter efficiently captures chips, preventing clogging. Automatic Cleaning Function Without Backwashing: The interaction between the punching filter and the scraper ensures the filter is automatically cleaned, maintaining optimal performance at all times. Liquid Separation Structure at the Discharge Outlet: Chips are discharged in a dewatered state, preventing coolant wastage. Space-Saving Design: Optimized for automatic discharge with a mesh basket tank, it delivers high processing capacity even in limited spaces. Mechanism Dirty liquid flows into the conveyor and is filtered as it passes through the rotating punching filter. Captured chips are scraped off the filter and moved to the bottom of the conveyor. A scraper transports the chips and discharges them in a dewatered state. Filtration Accuracy The "SKA" model efficiently captures particles of 400μm or larger with over 80% efficiency.

HIgh Precision Magnetic belt conveyor for magnetic chips Series MB - Thailand Bangkok

A magnetic belt conveyor is a conveyor belt that uses magnets to assist in moving materials that are magnetic or attracted by magnets. This type of conveyor is designed to hold magnetic materials onto the belt and transport them along a predetermined path. Solve the issue of entangled magnetic chips: High-efficiency and clean separation and conveyance process achieved with "MB" The "Magnetic Belt Conveyor MB" is an innovative system specifically designed for the conveyance and separation of magnetic chips. It is designed to efficiently handle tangled magnetic chips such as clumps and curls by using internal magnets to attract the chips and convey them smoothly. This system simplifies and enhances the handling of fine magnetic chips generated during cutting and grinding operations, maintaining a clean working environment. Features Magnet Attraction Mechanism: Internal magnets capture magnetic chips strongly through the belt, ensuring even entangled chips are conveyed smoothly. Handles Various Chip Shapes: Effectively processes curled and clumped chips. Spike pins hook and convey the chips, preventing accumulation inside the machine. Thorough Chip Discharge: Magnetic drums for driving and transferring, along with mechanical screws, ensure that chips entering the machine are effectively discharged. Reduction of Industrial Waste: Operates without consumables like cartridge filters or paper filters, enabling environmentally friendly operation. Mechanism Magnetic chips in the dirty liquid are attracted to the magnets on the belt. Scrapers and spike pins ensure the chips are conveyed efficiently, and any chips settled at the bottom of the conveyor are re-conveyed onto the belt by the magnetic drum. Chips that enter between the belt and magnets or behind the belt are discharged externally by mechanical screws, maintaining the cleanliness of the conveyor. Filtration Accuracy The "MB" model captures particles of 100μm with over 90% efficiency. This high filtration accuracy significantly improves the handling of magnetic chips, enhancing the working environment.

Coolant system for cutting Series SLC - Thailand Bangkok

A coolant system is a system used to control and manage the coolant fluid used in various manufacturing processes, such as cutting, grinding, turning, or milling metal. The primary purpose of this system is to help reduce the heat generated during the production process. The "SLC" system is designed with a unique combination of punching filters and new cyclone filters to maintain coolant quality and improve the environment in cutting operations. This system enables the high-efficiency filtration of cutting chips, ensuring a constant supply of clean coolant to the machine. Additionally, the filter system, which does not require backwashing, reduces mist generation and contributes to improving the factory environment. Features High-Efficiency Primary and Secondary Filtration: Achieves high-precision filtration by combining primary filtration with a punching filter and secondary filtration with a cyclone filter. Clog Prevention Function: The punching filter continuously rotates in contact with a scraper, efficiently capturing chips while preventing clogging. Environmental Improvement Effect: Eliminates the need for backwashing, reducing mist generation and improving air quality within the factory. Reduction of Industrial Waste: Does not use consumables such as cartridge filters or paper filters, thereby reducing industrial waste generation. Mechanism Dirty liquid is pumped through the coolant pump to the punching filter and supplied to the cyclone filter. The primary filtered clean liquid is further filtered with high precision by the cyclone filter and then supplied to the machine. Chips settled at the bottom of the conveyor are transported by a scraper and discharged in a dewatered state. Filtration Accuracy The "SLC" system can efficiently capture particles of 10μm with over 90% efficiency. This high filtration accuracy maintains coolant quality and extends the life of cutting tools.

Rolling filter conveyor for processing Series SAL - Thailand Bangkok

A rolling filter conveyor is a conveyor system combined with material filtration, using rollers to move materials through the filtration system. The rollers ensure that materials move smoothly and continuously while passing through the filter, which separates out impurities or unwanted particles. The "SAL Rolling Filter Conveyor" innovatively solves the problems of chip processing in cutting operations. By placing a punching filter conveyor and a scraper conveyor in parallel, it efficiently handles non-magnetic chips and significantly reduces the frequency of tank cleaning. This unique system contributes to maintaining a clean working environment and enhancing productivity. Features High-efficiency Primary and Secondary Filtration: The punching filter captures large chips, and the scraper conveyor further filters fine chips. This two-stage configuration achieves high-precision filtration. Clogging Prevention Mechanism: The punching filter is designed to always rotate in contact with the scraper plate, preventing clogging and efficiently conveying chips. Environmental Consideration: It does not require backwashing and does not generate mist, maintaining air quality within the factory. Additionally, since no consumables are used, the generation of industrial waste is minimized. Liquid Draining Structure at the Discharge Port: The conveyor's discharge port is designed for liquid drainage, preventing coolant wastage. Mechanism Dirty liquid flows into the punching filter conveyor for primary filtration, then moves to the scraper conveyor. The scraper conveyor precipitates fine chips not captured during primary filtration and discharges them outside the main body. Finally, the filtered clean liquid is supplied to the machine via the pump tank. Filtration Accuracy The "SAL" system efficiently captures more than 90% of 200μm particles. This high filtration accuracy helps maintain the quality of the coolant and extends the life of cutting tools.

Powerful Magnetic roller conveyor Series RCC - Thailand Bangkok

A powerful magnetic conveyor is a conveyor system designed to use high-strength magnets to move materials that are magnetic or attracted by magnets. This type of conveyor is suitable for transporting heavy or large materials that require strong magnetic force for secure holding and movement. The "Powerful Magnetic Roller Conveyor RCC" is an advanced filtration system designed to efficiently handle all types of chips, from hard chips and tangled small curl chips to needle-like, sandy, and fibrous chips. Utilizing a magnetic drum, this system achieves a high filtration accuracy of over 90% for fine chips as small as 50μm, significantly reducing environmental impact by minimizing industrial waste generation. Features Handles Various Types of Chips: Capable of processing a wide range of chips from up to 100mm in length to fine chips. High-Precision Filtration: Captures more than 90% of chips larger than 50μm from the dirty liquid passing through the gaps in the magnetic drum. Zero Industrial Waste: Operates without consumables such as cartridges or paper filters, making it environmentally friendly and waste-free. Reduces Jamming Troubles: Designed to handle work materials and hard chips, reducing the likelihood of jamming issues. Mechanism Dirty liquid flows into the conveyor and passes through the gaps in the magnetic drum. During this process, chips are efficiently filtered and moved to the clean tank. The captured chips are conveyed by the rotation of the magnetic drum and discharged at the top of the conveyor. This sequence of operations facilitates easy reuse or disposal of chips. Filtration Accuracy The "RCC" system filters chips with an accuracy of 50μm, capturing over 90% of them. This high filtration capability is expected to reduce machine downtime and improve product quality.

Magnetic roller conveyor Series RC - Thailand Bangkok

A magnetic roller conveyor is a conveyor system that uses magnetic rollers to move materials that are magnetic or magnetically attracted. The magnetic rollers create a magnetic field that helps attract and hold the magnetic materials onto the conveyor belt as they move along the predetermined path. The "Magnetic Roller Conveyor RC" is designed to efficiently filter and convey a wide range of magnetic chips, from long chips around 100mm to fine chips produced during cutting operations. It features a robust structure capable of handling hard chips and a sustainable design that requires no consumables. This reduces industrial waste generation, while maintaining cleanliness and productivity in the workplace. Features Handles Various Chip Shapes: Efficiently captures and conveys a wide range of magnetic chips, from long to fine chips. High Filtration Accuracy: Utilizes a magnetic drum to capture over 90% of chips larger than 80μm. Reduces Industrial Waste: No need for consumables such as cartridge filters or paper filters, contributing to environmental protection by reducing industrial waste. Reduces Jamming Troubles: Designed to handle work materials and hard chips, minimizing the occurrence of jamming issues. Mechanism Dirty liquid flows into the conveyor and passes through the gaps in the magnetic drum. During this process, chips are attracted to the magnetic drum. The attracted chips are transported with the rotation of the magnetic drum and eventually discharged at the top of the conveyor. Through this process, the clean liquid flows through the slits in the bottom plate into the clean tank. Filtration Accuracy The "RC" system achieves a filtration accuracy of 80μm, capturing over 90% of chips. This helps maintain a clean working environment and contributes to maintaining machine performance.

Powerful Magnetic Screw Conveyor Series SCC - Thailand Bangkok

A screw conveyor is a type of conveyor system that uses a rotating screw to move materials. The screw rotates within a tube or trough, pushing the materials along the screw's path. This system is suitable for transporting powdered, granular, or small lump materials. The "Powerful Magnetic Screw Conveyor SCC" is an innovative conveyor system particularly suited for handling chips generated from precision cutting operations, such as gear cutting machines and broaching machines. This system uses a magnetic screw conveyor to efficiently manage granular and curled chips while preventing jams and other issues. It also boasts excellent heat resistance, making it suitable for dry processing, and operates without the need for consumables, making it environmentally friendly. Features Enhanced Safety: Since there are no exposed rotating parts, there are fewer chances of chips causing jams or other issues during operation, ensuring safe use. Heat Resistance and Dry Processing: The heat-resistant design makes it optimal for performance during dry processing. Eco-Friendly with No Consumables: By eliminating the need for consumables such as cartridges or paper filters, it reduces industrial waste and contributes to environmental protection. Handles Various Chip Shapes: Capable of handling curled and granular chips up to 50mm, making it suitable for a wide range of cutting operations. Mechanism The magnetic rotating shaft is placed inside a fixed pipe, efficiently attracting and capturing chips in the dirty liquid. As the internal magnetic shaft rotates, chips move along the pipe's surface towards the discharge outlet, ensuring safe and efficient removal. Filtration Accuracy The "SCC" system has a filtration accuracy of 80μm, capturing over 90% of chips efficiently as confirmed by experiments. This helps maintain clea