Description
FT-IR microscopy:
- TE-MCT as standard detector
- Industry leading ATR crystal design
- No liquid nitrogen, no dry-air purge
- LN-MCT and DTGS optionally available
- Up to two single-element detectors in parallel
- Upgrade to FPA imaging anytime
- Analyze samples of up to 40 mm in height
FT-IR FPA imaging:
- Focal-plane array (FPA) imaging detector
- Create FT-IR images at 1.6 mm² per sec
- Access 1.25 µm spatial resolution (ATR)
- FT-IR images at full MIR spectral range
- Imaging in ATR/TRANS/REFL
- Patented PermaSure+ imaging calibration
- Up to two additional detectors in parallel
IR laser imaging (ILIM):
- Room temperature focal-plane array detector
- Create IR images at 4.5 mm² per second
- IR laser images at 1,800 – 950 cm-1
- Create chemical images in TRANS and REFL
- Patented spatial coherence reduction
- Application workflows (Tissue, Particle, Tablet)
- Open design laser class 1 instrument
Superior µ-ATR FT-IR Capabilities
Whether it is transmission, reflection or attenuated total reflectance (ATR), the LUMOS II is always the right choice. But its greatest strength is ATR microscopy enhanced by FPA technology. This makes the LUMOS II a universal tool for failure analysis and product development.
The retractable crystal is controlled by high precision piezoelectrical motors and integrated into the lens. This allows you to enjoy a clear view of the sample while your measurement still takes place exactly where you want it.
Innovation in FT-IR Microscopy in Every Fiber
The RockSolidTM interferometer guarantees constant performance, while modern electronics ensure mechanical precision and low energy consumption. Meanwhile, the software monitors instrument effectiveness and always ensures correct functionality.
Applications
- Electronics Failure Analysis
- Pharmaceuticals – Quality Control
- Plastics – Product Development
- Coatings – Surface Analysis
- Technical Cleanliness – Root Cause Analysis
- Life-Science – Tissue Analysis
- Forensics – Thin Layer Analysis
- Particle Analysis – Microplastics
