EmArc® SMR-75 Metal Arc

SMR-75/D1

• Power Range From 50-75 Watts – Versatility / Power Tunability
• Small Arc Gap Size (1.2mm) – Highly Effective Optical Collection Capability
• Unique Hybrid Gas Discharge Technology
  – 1,000 Hours of Life Provides Staying Power Over Other Conventional Gas Discharge Sources
  – No High Internal Pressure When Cold
• Special, Rugged, Compact, 48mm Ø Elliptical Reflector Design
  – Very High Light Path Efficiencies for Small Diameter Fiber
  – Optic Bundle Applications
  – Highly Durable
• Precise Filling Control, Electrode Design and Tight Manufacturing Tolerances With Tipless Arc Tube Construction
  – Tightly Confined and Stable Plasma
• Discharge, Long Life
  – Minimal Color Temperature Drift Over Life
  – Better Optical Control, No Shadowing
• EmArc DC Technology – Enables Operation on Lower Cost DC Power Supplies Reducing OEM System Design Costs
• High Correlated Color Temperature – White Light for Crisp Imaging
• Unique Chemistry – High Efficacy Nearly 2 Times That of Xenon Sources
• USA Engineered and Manufactured
  – Dependability, Accessibility and Flexibility
  – Development and Engineering Support Close to the Customer
• 1,000 Hours of Life – 2 to 4 Times That of Conventional AC Short-Arc Metal Halide or Xenon Sources
• EmArc Gas Technology – No Heatsinks, Less IR and Thermal Loads to Work Around. Less Strain on Components. Simpler System Design Issues.

SMR-75/LFL

• Unique Long Focal Length Reflector Design Greatly Improves Optical Throughput Efficiency.
• 1.2 mm Arc Gap Size Enables Very Precise Optical Control and Well-Defined Light Distribution Pattern.
• ‘Plug and Play’ Lamp Design Requires No Lamp to Lamp Adjustment or Alignment in Your Optical System Compared to Other Traditional Lamp Sources.
• Highly Durable and Precisely Machined Reflector Parts Ensure Lamp to Lamp Integrity, Alignment and Consistency in Your Equipment.
• EmArc DC, Metal-Arc Technology, Enables Operation on Simpler, Lower Cost DC Power Supplies Reducing OEM System Design Costs.
• Lower Power (Wattage) Reduces Thermal to Load to Sensitive Equipment, like Microscopes, or Sophisticated Optical Systems Simplifying Lamp House Design and Lowering Overall System Costs.
• Xenon-Like Correlated Color Temperature for Crisp, White, Bright Illumination.
• Excellent Field Uniformity and Intensity in Fluorescent Microscopy Applications, Featuring Outputs and Peak Intensities in Important Spectral Areas.