Increase Your Lamination Throughput

Achieve higher throughput and consistent repeatable results with our Dual Array Vertical Laminator (VL1050).   Laminate your multi-durometer tubing, on this machine featuring 10 thermal nozzle and gripper arrays (2 banks of 5).  This latest model streamlines production and the banks can be ran independently sharing the same recipe.

Thermal Nozzles:

Our system digitally regulates the delivery of hot air through custom-made thermal nozzles, offering a range of options, including the MicroSwirl 360-degree nozzle.

Recipe Management:

The system accommodates six speed and length zone transitions within a single cycle, with the added benefit of independent temperature control for each thermal nozzle.The loading rack can be programmed to lower for comfortable product loading, and the user-friendly touchscreen PC interface simplifies the storage and retrieval of multiple programmable parameter profiles.

Product Centering and Grippers:

To ensure precise catheter alignment in the heat zone and consistent outcomes, the machine features universal grippers and self-centering product guides, accommodating a wide range of product sizes from 0-34Fr.

Product Features:    

• 10 Product Capacity
• Adjustable height gripper rack for ergonomic loading
• 0-34Fr product grippers and optional centering guides
• 175, 205 or 255cm travel length options
• HMI Controlled Temperature
• Automated Universal Gripper Rack (0-34Fr)
• Universal Funnels
• Windows 10
• Barcode Scanning
• Castering Wheels and Levelers
• CE Marked

This semi-automated unit utilizes a sealed linear actuator to traverse a multi-port thermal nozzle along a specified length. A motion control system with keypad parameter interface and individual temperature controller allow the user to input precise length, speed and temperature values. A wide range of configurations and options are available — including an enclosed CE version — to meet the most demanding applications. Capabilities include single or multiple part processing, long shaft lengths and wide speed range.

The Horizontal Laminator gives you:

• Precise temperature control and focused air delivery
• Accurate traverse speed and length control plus easy parameter adjustments
• Horizontal or vertical orientation
• 1-4 thermal nozzles
• Up to 8.0 ft. traverse lengths
• Ultra-Configurable with respect to product clamping and nesting
• Precise temperature control
• CE certified safety enclosure option available to meet your safety compliance needs.
• HMI user interface available for additional process control and recipe creation and storage.

For Service and Support 

Call (928) 556-3109 or Email service@machinesolutionshost.com

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