Ophir

Ophir – Manufacturer of Laser Measurement and Optical Components

Ophir is a well-known manufacturer specializing in laser power measurement, beam analysis, and precision optics, widely used in industrial production, research, testing, and defense applications. With years of development in the field of optics and laser technology, Ophir provides devices designed to monitor and control laser output and beam quality accurately and reliably.

Solutions and Applications

Ophir focuses on helping users monitor, test, and optimize laser systems. Its products are applied in material processing, equipment calibration, scientific research, infrared observation systems, and guidance applications.

Main Product Categories

Laser Power and Energy Measurement

Accurate measurement of laser power and energy over a wide range.

Supports output verification and adjustment in production and research environments.

Laser Beam Analysis

Analysis of beam profile, energy distribution, and stability.

Enables users to evaluate beam quality and fine-tune their laser systems.

Infrared Optics

Lenses and optical components for LWIR, MWIR, and SWIR systems.

Suitable for surveillance, aerospace, defense, and thermal measurement applications.

Laser Optics

Focusing and collimating lenses, protective windows, and related optical elements.

Commonly used in laser processing, surface treatment, and industrial systems.

Key Product Characteristics

• High accuracy and stable performance in laser measurement.

• A diverse product range adaptable to different system types.

• Durable design suitable for industrial environments.

• Easy integration with existing production systems.

Ophir – Reliable Solutions for Multiple Applications

Ophir focuses on laser measurement and optical technologies, providing solutions that support a wide variety of technical and research fields. Its products help users control laser power, quality, and stability, meeting the technical requirements of manufacturing, testing, and specialized measurement systems.