What is witec360 access?

witec360 access is a micro-Raman microscope for single-point Raman spectroscopy and spectral Raman mapping. It was engineered for budget-conscious customers who still require high spectral quality, optical throughput, signal sensitivity and long-term flexibility.

The system uses wavelength-optimized optical elements, a high-quality microscope setup and high-performance Raman spectrometers. This allows users to access research-grade Raman measurements without immediately investing in a fully configured Raman imaging system.

Why Choose witec360 access?

Many laboratories initially need Raman for material identification, single-point spectral acquisition, polymer analysis, graphene characterization, pharmaceutical formulation studies, coatings or general R&D sample screening. Over time, however, the same laboratories may need larger-area mapping, automated scanning, multiple lasers, fluorescence microscopy, polarization measurements or more advanced Raman techniques.

witec360 access is built for this journey. It provides a practical starting configuration while avoiding a dead-end investment. As research needs grow, the system can be expanded with components and options from the broader witec360 platform.

Key Features of witec360 access

• Access to high-performance Raman spectroscopy:
  ideal for single-spot Raman analysis and micro-scale material characterization.
• Access to spectral Raman mapping:
  enables chemical or phase distribution maps based on Raman spectra.
• High-quality optical microscope platform:
  supports sample visualization, target selection and stable measurement conditions.
• Excellent spectral quality:
  powered by Hexalight or Monolight Raman spectrometers for sensitivity, resolution and spectral shape.
• Designed for challenging budget environments:
  a suitable entry point for laboratories beginning with Raman spectroscopy.
• Full upgradeability:
  scan stages, lasers, spectrometers, cameras and advanced Raman techniques can be added when required.
• Access to Oxford Instruments Raman know-how:
  start with a proven platform and expand according to future research demands.

Typical Specifications and Configuration Options

• High-quality, stable microscope base for long-term stability and reduced drift.
• Research-grade optical microscope body with LED Köhler white-light illumination.
• Video camera sample view for target selection and visual documentation.
• Manual stage for accurate single-point Raman spectral acquisition.
• Optional motorized microscopy stage for high-resolution confocal Raman mapping and large-area investigations.
• Multiple laser excitation sources with single- or multi-laser coupling options.
• Integrated software suite for data acquisition and evaluation.
• High-end spectrometer for excellent sensitivity, resolution and spectral shape across a broad wavelength range.
• Accessible options for fluorescence microscopy and polarization-dependent measurements.

Upgradeability: Start with access, Grow Toward witec360

witec360 access is more than an entry-level Raman microscope. It is a platform that can grow with the laboratory. When analytical needs expand, the system can be upgraded toward advanced witec360 Raman imaging capabilities.

• Upgrade from single-point analysis to automated Raman mapping with motorized stages.
• Add laser wavelengths to match different sample types and analytical challenges.
• Upgrade spectrometers to optimize sensitivity, resolution or spectral range.
• Add cameras and optical modules for enhanced sample visualization.
• Integrate fluorescence microscopy or polarization measurements when needed.
• Expand gradually toward advanced Raman imaging and correlative Raman microscopy.

Typical Applications of witec360 access

1. Materials Analysis and Component Identification

witec360 access is suitable for material identification, phase analysis, molecular structure studies, component distribution and sample quality evaluation in materials science, polymers, coatings, composites, carbon materials, ceramics and inorganic materials.

2. Pharmaceutics and Cosmetics

Raman mapping can support the analysis of emulsions, ointments, active pharmaceutical ingredient distribution, excipients and formulation components. For example, large-area Raman maps can distinguish oil, water and dissolved active ingredient regions in pharmaceutical emulsion samples.

3. Graphene, 2D Materials and Nano-Carbon

Raman spectroscopy is a key technique for graphene, carbon nanotubes, graphite, MoS₂, WSe₂ and other 2D materials. witec360 access supports micro-Raman spectra at selected positions and Raman maps that reveal layer structure, defects and sample heterogeneity.

4. Polymers, Coatings and Composites

For polymers and multiphase materials, Raman spectroscopy helps identify components, evaluate phase distribution, detect contaminants, monitor processing effects and verify sample uniformity. witec360 access is a practical choice for R&D laboratories that need reliable Raman data while controlling investment cost.

5. Education, Training and New Raman Laboratories

With its accessible configuration and upgradeable design, witec360 access is well suited for universities, research institutes and new Raman laboratories. Users can begin with essential Raman measurements and later expand toward mapping and advanced techniques.

Who Should Consider witec360 access?

• Laboratories beginning their Raman spectroscopy capability.
• Universities and research institutes seeking high-quality micro-Raman with a controlled initial budget.
• Materials, polymer, coating, pharmaceutical, cosmetics and nano-carbon R&D laboratories.
• Research groups requiring single-point Raman and basic mapping with a future upgrade path.
• Organizations that want to enter the Oxford Instruments Raman platform before investing in a fully configured witec360 system.
• Small core facilities that need a stable, easy-to-use and expandable Raman microscope.

Why Choose witec360 access with 2H Instruments?

2H Instruments supports customers in Vietnam in selecting a witec360 access configuration that fits current applications while maintaining a practical upgrade path for long-term analytical capability.

• Consultation on laser, spectrometer, stage, camera and software configuration based on real samples.
• Support in defining single-point Raman, Raman mapping or future Raman imaging requirements.
• Configuration advice for budget-conscious projects without sacrificing upgradeability.
• Connection with Oxford Instruments specialists for materials, graphene, pharmaceutical, polymer and coating applications.
• Training support for operation, measurement optimization and Raman data processing.
• Supply of accessories, upgrades and technical services for Oxford Instruments Raman systems in Vietnam.

Frequently Asked Questions about witec360 access

Is witec360 access a low-performance Raman system?

No. witec360 access is the entry point into the Oxford Instruments Raman platform. It is optimized for a more accessible initial investment while maintaining high-quality microscopy, optics and spectral performance.

Can witec360 access perform Raman mapping?

Yes. The system supports spectral Raman mapping. With an optional motorized stage, users can perform high-resolution Raman mapping and larger-area investigations.

Can it be upgraded toward a high-end witec360 system?

Yes. Upgradeability is one of the key advantages of witec360 access. Additional lasers, spectrometers, cameras, scan stages and advanced Raman techniques can be added as research requirements evolve.

Which applications are best suited for witec360 access?

It is well suited for micro-Raman spectroscopy, material identification, basic Raman mapping, polymers, graphene, 2D materials, pharmaceuticals, cosmetics, coatings and laboratories starting with Raman analysis.