NuArc MSP 2125 Metal Halide Screen Imaging System with Integrated Vacuum Frame

The NuArc MSP 2125 is a precision metal halide screen imaging system designed for laboratory photolithography and screen printing applications. It integrates an *800-watt multi-spectrum metal halide lamp* with a 27 x 31 inch internal vacuum frame, supporting screen frames up to 21 x 25 inches. The unit is equipped with a *single-point light source* optimized for direct, capillary, and indirect emulsion exposure, ensuring fine line and dot resolution critical in molecular diagnostics and synthetic biology workflows.

Key features include:

• EZ Plus digital controller with an LCD display and push-button operation, offering *30 programmable memory channels* for consistent exposure and vacuum cycle management.
• A *1/6 HP oil-free vacuum pump* that quickly establishes airtight contact between screen and blanket, crucial for uniform exposure in bioprocessing and biomanufacturing protocols.
• A *shutter-free lighting system* minimizing moving parts for enhanced reliability during extensive exposure sessions.
• The exposure surface is formed by a 1/4-inch optically clear glass plate ensuring accurate light transmission and minimal distortion.
• Sturdy all-steel welded structural tubular blanket frame construction designed for durability in high-throughput screening environments.

This system is widely used in applications involving fluorescence analysis and biomedical engineering where precise spatial patterning is required. It is critical in laboratories focusing on gene editing and molecular cloning, supporting exposure consistency essential to biotechnological research.

Electrical specs are 120V, 60Hz, 12A, with overall dimensions of 34 x 36 x 18 inches and a weight of 200 lbs. The MSP 2125 provides a reliable and programmable solution for controlled exposure cycles in screen imaging, contributing to accurate molecular diagnostics and synthetic biology research development.