witec360 access

The witec360 access is a micro-Raman single-spot analysis and mapping microscope. It was specifically engineered for budget-conscious customers with high demands on instrument performance. Its outstanding spectral quality, optical throughput and signal sensitivity are ensured by wavelength-optimized optical elements.

The high-quality microscope setup of the witec360 access is also the basis for its full upgradability. Whenever needed, the it can be easily and quickly adapted to new requirements. Customized solutions for e.g. scan stages, spectrometers, cameras and lasers can be added and even advanced Raman techniques can be integrated.

So over time, with an witec360 access microscope as a starting point, one could build up a witec360 high-end instrument to conquer the Raman world. With this continuity inherent in our product line, the witec360 access enables our customers to keep pace with the evolving state of the art.

Key Features

• access to high-performance Raman spectroscopy and spectral Raman mapping
• access to high-quality and ultra-precise optical microscopy components
• access to exceptional spectral quality provided by the Hexalight and Monolight Raman spectrometers
• access to class-leading capability within challenging budget environments
• access to Oxford Instruments' Raman and imaging know-how
• access to the future of Raman spectroscopy through upgradeability

Specifications

• High-quality, rock solid microscope base for highest stability and long-term drift elimination
• Research-grade optical microscope body with LED Köhler white-light illumination and video camera sample view
• Manual stage for highly accurate single-point spectrum acquisitions
• Motorized microscopy stage (optional) to allow for high-resolution confocal Raman mapping and large area investigations
• Multiple laser excitation sources adaptable (single or multi-laser coupling units) for a maximum of experimental flexibility
• Integrated Software Suite for data acquisition and evaluation
• High-end spectrometer for excellent sensitivity, resolution and spectral shape over a broad wavelength range
• Fluorescence microscopy and polarisation dependent measurements easily accessible