Uploaded April 2025 | Updated September 2026, 1 week ago
This coolant distribution system is designed for CNC lathes and milling machines, ensuring automated and efficient coolant supply while minimizing energy consumption. It is suitable for industrial workshops, machine shops, and student engineering projects focused on fluid dynamics, automation, and mechanical design.
System Components and Their Functions:
1. Main Storage Tank (Green Tank)
- Serves as the primary coolant reservoir.
- Equipped with a floating sensor that continuously monitors the coolant level.
- Has a cutoff tap at the bottom to isolate the tank during maintenance.
- Gravity flow delivers coolant from the storage tank to the distributor, eliminating the need for a pump and saving energy.
2. Floating Sensor and Controller
- The floating sensor detects the coolant level.
- If the coolant level drops below the minimum threshold, the controller triggers an alarm to notify operators for a refill.
- The controller regulates flow to ensure each CNC machine receives the required amount of coolant.
3. Motor-Driven Mixing Shaft
- A motor mounted on top of the storage tank powers a mixing shaft inside the tank.
- This ensures the coolant remains homogeneous, preventing sedimentation and maintaining consistent fluid properties.
- Proper mixing improves coolant performance and extends its lifespan.
4. Coolant Distributor (Black Box)
- Regulates the distribution of coolant to multiple CNC lathes or milling machines.
- Ensures equal and consistent supply to each machine.
- Prevents over-supply or under-supply, optimizing cooling and lubrication for machining operations.
Where This System is Applied:
- Industrial CNC workshops
- Manufacturing plants
- Metalworking and machining centers
- Student projects in mechanical engineering
- Automation and mechatronics training
- Factories using coolant-based cutting processes
Operation Summary:
- The controller continuously monitors the coolant level in the main tank.
- If the coolant level drops below the minimum threshold, the alarm is triggered for a refill.
- The mixing motor keeps the coolant uniform to prevent sedimentation.
- The coolant distributor ensures each CNC machine gets the correct coolant supply.
- Gravity flow technology reduces energy consumption by eliminating the need for a pump.
- The cutoff tap in the main tank allows for maintenance without leaks or spills.
Possible Keywords and Hashtags for YouTube:
Keywords:
CNC coolant system, CNC coolant distribution, coolant supply system, CNC lathe coolant, CNC milling coolant, coolant tank with sensor, coolant distributor, mechanical engineering project, CNC automation, gravity-fed coolant system, coolant mixing tank
Hashtags:
#CNC #CoolantSystem #MechanicalEngineering #EngineeringProjects #Manufacturing #Automation #FluidDynamics #CNCMachining #EngineeringDesign #MachineShop #GravityFedSystem #CoolantMixing #CNCWorkshop #StudentProject #LatheCoolant #MillingCoolant #MachiningProcess #SmartManufacturing
This system is an ideal solution for machining industries and student engineering projects, providing an efficient, cost-effective, and sustainable coolant management system.
This coolant distribution system is designed for CNC lathes and milling machines, ensuring automated and efficient coolant supply while minimizing energy consumption. It is suitable for industrial workshops, machine shops, and student engineering projects focused on fluid dynamics, automation, and mechanical design.
System Components and Their Functions:
1. Main Storage Tank (Green Tank)
- Serves as the primary coolant reservoir.
- Equipped with a floating sensor that continuously monitors the coolant level.
- Has a cutoff tap at the bottom to isolate the tank during maintenance.
- Gravity flow delivers coolant from the storage tank to the distributor, eliminating the need for a pump and saving energy.
2. Floating Sensor and Controller
- The floating sensor detects the coolant level.
- If the coolant level drops below the minimum threshold, the controller triggers an alarm to notify operators for a refill.
- The controller regulates flow to ensure each CNC machine receives the required amount of coolant.
3. Motor-Driven Mixing Shaft
- A motor mounted on top of the storage tank powers a mixing shaft inside the tank.
- This ensures the coolant remains homogeneous, preventing sedimentation and maintaining consistent fluid properties.
- Proper mixing improves coolant performance and extends its lifespan.
4. Coolant Distributor (Black Box)
- Regulates the distribution of coolant to multiple CNC lathes or milling machines.
- Ensures equal and consistent supply to each machine.
- Prevents over-supply or under-supply, optimizing cooling and lubrication for machining operations.
Where This System is Applied:
- Industrial CNC workshops
- Manufacturing plants
- Metalworking and machining centers
- Student projects in mechanical engineering
- Automation and mechatronics training
- Factories using coolant-based cutting processes
Operation Summary:
- The controller continuously monitors the coolant level in the main tank.
- If the coolant level drops below the minimum threshold, the alarm is triggered for a refill.
- The mixing motor keeps the coolant uniform to prevent sedimentation.
- The coolant distributor ensures each CNC machine gets the correct coolant supply.
- Gravity flow technology reduces energy consumption by eliminating the need for a pump.
- The cutoff tap in the main tank allows for maintenance without leaks or spills.
Possible Keywords and Hashtags for YouTube:
Keywords:
CNC coolant system, CNC coolant distribution, coolant supply system, CNC lathe coolant, CNC milling coolant, coolant tank with sensor, coolant distributor, mechanical engineering project, CNC automation, gravity-fed coolant system, coolant mixing tank
Hashtags:
#CNC #CoolantSystem #MechanicalEngineering #EngineeringProjects #Manufacturing #Automation #FluidDynamics #CNCMachining #EngineeringDesign #MachineShop #GravityFedSystem #CoolantMixing #CNCWorkshop #StudentProject #LatheCoolant #MillingCoolant #MachiningProcess #SmartManufacturing
This system is an ideal solution for machining industries and student engineering projects, providing an efficient, cost-effective, and sustainable coolant management system.
