Tube fin radiators are highly customizable for OEM cosmetic laser systems, and this is one of the main reasons they are widely used in CO₂ laser aesthetic equipment.
Key Customization Options for OEMs
1. Thermal Performance Matching
The radiator can be precisely sized based on:
Laser output power and heat load
Required coolant inlet/outlet temperatures
Ambient operating conditions
This ensures stable laser operation without oversizing or unnecessary power consumption.
2. Mechanical Dimensions & Mounting
Customization is available for:
Overall length, width, and thickness
Horizontal or vertical airflow direction
Brackets, feet, or frame mounting
Compact designs for portable or trolley-mounted systems
3. Tube & Fin Design
OEMs can specify:
Copper tube diameter and wall thickness
Fin material (aluminum or copper)
Fin pitch and density for airflow and noise optimization
4. Fan Selection & Electrical Interface
Fan options include:
Low-noise DC fans (12 V / 24 V)
AC fans for higher airflow
PWM or speed-controlled fans for intelligent temperature management
This allows seamless integration with the laser system’s control electronics.
5. Fluid Connections
Custom inlet/outlet options:
Hose barbs, quick connectors, or threaded fittings
Front, rear, or side connections
Compatibility with deionized water or water–glycol mixtures
6. Noise & Clinical Environment Optimization
Radiators can be engineered for:
Ultra-low acoustic levels
Smooth airflow paths to reduce turbulence
This is essential for use in clinics and aesthetic treatment rooms.
7. OEM Branding & Production Support
Additional OEM services include:
Private labeling and logo marking
Custom color coatings or corrosion protection
Serial numbering and traceability
Stable batch production for long-term supply
Result for OEM Cosmetic Laser Manufacturers
A customized tube fin radiator delivers:
Consistent laser output
Longer laser tube lifespan
Improved patient safety
Compact, quiet, and reliable cooling performance
This makes tube fin radiators an ideal OEM cooling solution for CO₂ laser cosmetic instruments.
