Radiator Machine

Radiator Machine

The Equipment Consists Of a Main Board Mounting Mold, a Side Plate Positioning Block And a Core Clamp Mechanism, a Flat Tube Silo, a Tube Feeding Mechanism, a Combing Mechanism,

a Transmission Mechanism, a Working Platform, a Fuselage, a Pneumatic And Electrical System.

 

Model: Cold Forging Machine

Radiator Machine

• High Processing Accuracy
• High Positioning Accuracy
• The Electrical Control System Uses Plc System
• Easy, Fast, Safe And Reliable Operation
• Complete a Core Assembly Process Alone

 

What Is Radiator Machine?

This Machine Is a Special Equipment For Producing Tube-Belt Parallel Flow Radiators And Universal Radiators. It Connects Flat Tubes To Side Plates, Side Plates To Side Plates, And Fins To Frames.

 

This Machine Uses Servo Motor Pressure As Power, The Processing Structure Uses Servo Motor Pressure As Power, The Processing Structure Uses Guide Rails, And The Positioning Structure Uses Electrical And Mechanical Positioning.

 

Core Height	300-950mm
Core Width	300-750mm
Core Thickness	Under 60mm
Tube Width	16mm 26mm 32mm
Tube Thickness	1.5-3mm
Fin Wave	5-10mm

 

More Product Model

• Automobile Manufacturing Radiator
• Radiator Core Assembly Machine
• Radiator Core Assembly Machine
• Radiator Making Machine Assembly
• Bimetal Radiator Assembly Machine
• Radiator Tube Making Machine

 

Product Advantage

• High Production Efficiency
• Automated Processes Enable Rapid Manufacturing Of Radiators, Reducing Cycle Times And Boosting Output For Large-Scale Projects.

 

• Precision Engineering
• Advanced CNCControls Ensure Accurate Fin Spacing, Tube Alignment, And Brazing, Optimizing Heat Transfer Performance.

 

• Durable Construction
• Robust MaterialsAnd Wear-Resistant Designs Ensure Longevity Even Under High-Temperature, High-Pressure Conditions.

 

• Versatile Compatibility
• Adaptable To Various Radiator Types (Aluminum, Copper, Or Hybrid Materials) And Sizes, Catering To Diverse Industry Needs.

 

• Energy Efficiency
• Optimized Power Consumption And Waste Reduction Features Lower Operational Costs.

 

• Low Maintenance Requirements
• Self-Lubricating Parts And Modular Designs Simplify Upkeep, Minimizing Downtime.

 

• Automation Integration
• Compatible With Robotic Arms And IoT-Enabled Systems For Smart, Unattended Production Lines.

 

• Consistent Quality Control
• Real-Time Sensors And AI-Driven Inspection Systems Detect DefectsDuring Manufacturing.

 

Product Application

• Automotive Radiators
• HVACSystems
• Industrial Cooling Systems
• Electronics Thermal Management
• Renewable Energy Systems
• Aerospace & Defense