Precision Without Compressed Air

The MSI RadiantPro Vertical Lamination System is engineered to deliver unmatched precision, repeatability, and efficiency in catheter lamination—without relying on compressed air. Designed for high-performance multilayer catheter manufacturing, this system ensures consistent heat transfer, eliminating common issues like temperature variability and process inefficiencies.

With RadiantPro heat chamber technology, the VL400 (4-lane) and VL1000 (10-lane) models provide precise control over the lamination process, reducing facility air consumption and improving production stability.

Key Benefits

• Compressed Air-Free Operation – Ideal for facilities with air restrictions, reducing HVAC and utility costs.
• Temperature Stability – ±5°F precision up to 600°F, ±10°F from 601-750°F.
• Even Heat Distribution – Eliminates hot spots for uniform lamination results.
• Industry-Standard PC-Based Controls – Streamlined operation with recipe storage.
• Minimal Calibration & Setup Time – No mass air flow calibration required.

How Radiant Heat Lamination Technology Works

Traditional lamination systems rely on forced air heating, which can be challenging for some facilities to fulfill. The RadiantPro is a viable alternative to consider. Its heat chamber solves these deficiencies by:

• Utilizing radiant heat delivery for precise temperature control.
• Maintaining thermal stability across all lanes in the chamber.
• Eliminating the need for mass air flow controllers, reducing calibration efforts.
• Ensuring a controlled and repeatable heating environment for sensitive catheter materials.

Designed for Excellence

Advanced Radiant Heating Chamber

• 5-inch-long heating chamber with tight temperature tolerances.
• No forced air movement, reducing contamination risks.
• Precision PID loop monitoring ensures uniform heat application.

PC-Based Control System

• Industry-standard software for precise process control.
• Stores multiple processing parameters and product recipes.
• User-friendly interface for easy operation and monitoring.

Reliable Temperature Calibration

• Equipped with a temperature standard fixture for exact heat measurement.
• E-type thermocouple calibration ensures process accuracy.
• Stable 24-hour performance for consistent manufacturing outcomes