Spi ELS-2 Singlet Loupe 5x 24 Mm Lens Diameter

Product Description

The SPI ELS-2 is a singlet lens optical glass loupe designed for close-up inspection tasks requiring accurate magnification. It delivers 5x magnification through a single optical glass lens measuring 24 mm in diameter, with a focal length of 2 inches. The loupe does not fold and includes no integrated light source, making it a straightforward, portable hand lens suited for field or bench use. At 0.05 pounds, it is lightweight enough for tool pouches and inspection kits. Trade professionals and quality control technicians use this loupe for reading fine print, inspecting threads, welds, surface finishes, and component markings.

This loupe is well suited for applications that call for a compact, single-element magnifier without the bulk of a folding or illuminated design. Typical use cases include inspection of fasteners, fittings, stamped part numbers, gasket surfaces, and electrical component markings in HVAC, plumbing, and electrical service environments. The 24 mm lens diameter provides a usable field of view for detailed work at close range, and the single-lens construction keeps weight and profile minimal for technicians working in tight spaces.

Key Features

• 5x magnification for detailed close-up inspection
• 24 mm diameter single optical glass lens
• 2 inch focal length for precise working distance
• Non-folding, compact form factor at 0.05 pounds
• No light source required, reducing complexity and weight
• Single lens (singlet) construction minimizes distortion for flat-field viewing

Compatibility

Designed as a general-purpose hand loupe suitable for inspection tasks across HVAC, plumbing, electrical, and light industrial service applications.

Installation Notes

No installation is required. Store the loupe in a protective pouch or case to prevent lens scratching when not in use. Clean the optical glass only with a soft, lint-free cloth to avoid surface abrasion. Handle with care, as optical glass lenses can chip if dropped on hard surfaces.