Handheld Raman Spectrometer
Serstech Arx+
Serstech Arx+ is a revolutionizing instrument, introducing SharpEyeTM – a patented autofocus technology for handheld Raman instruments. Serstech Arx+ will make it easier to identify and verify substances.
Serstech Arx+ is packed with new features, simplifying the workflow when verifying substances at incoming goods inspection. Serstech introduces SharpEyeTM, a patented autofocus technology that improves the signal quality dramatically. With the new and powerful algorithms, Serstech Arx+ finds precise results for both single substances and for complex mixtures.
Serstech Arx+ is compliant with Title 21 CFR part 11 and equipped with an integrated barcode reader which makes it possible to tie a measurement to a container by scanning barcodes or QR codes. Specifically developed for the Pharma industry.
New UX. Serstech Arx+ is built on a modern software platform, putting usability and algorithms in focus. The brand new graphical user interface is easy to navigate and new features such as Guided Scan and the Quick Access feature make it possible to get precise results, faster. The new algorithms result in fast and precise identifications of both pure samples and complex mixes of substances. The results are presented in a simple way, making it possible for almost anyone to interpret and use. Decision support in seconds.
Truly handheld. Serstech Arx+ is lighter and smaller compared to previous Serstech models and yet – even more powerful. Serstech Arx+ lets you get focused on what is important and make decisions based on reliable measurement results – wherever you are.
Easy to use. Serstech Arx+ is easy to understand and gives accurate responses in seconds. Connect it wirelessly or via cable to ChemDash for reporting and management of users, measurements and libraries. Serstech Arx+ has been designed from the ground up to support a highly efficient workflow!
Handheld NIR Spectrometer
MicroNIR Onsite-W
The MicroNIR OnSite-W is the latest addition to the VIAVI Solutions innovative, ultra-compact spectrometer product line. The MicroNIR OnSite-W is the smallest fully-integrated NIR spectrometer on the market and is enabled by proven VIAVI linear variable filter (LVF) technology. With no moving parts and IP65/IP67 dust/water ingress rating, it is designed for a wide range of material characterization applications in food, agriculture, pharmaceutical, and security markets.
Features and Benefits
- Rapid, real-time, non-destructive near-infrared material analysis
- Wireless, compact, rugged, and ergonomic design for one-hand operation
- Multifunction button for one-click data acquisition
- Internal, rechargeable battery with run time greater than 10 hours
- IP65 and IP67 rated for use in wet and dusty environments
- Bluetooth or USB connectivity to tablet or PC
- Compatible with original MicroNIR OnSite accessories
- Powerful MicroNIR Pro model-building and prediction software
- Intuitive, easy-to-use software interface
Applications
- Pharmaceutical raw materials
- Polymers and chemicals
- Narcotics and explosives
- Grain and forage
- Tobacco and agricultural products
- Meat and dairy products
Software
The MicroNIR OnSite-W system includes the MicroNIR Pro software suite with features for data acquisition, calibration and method development, user management, and real-time prediction. Using MicroNIR Pro software, a developer can process data and build complete chemometric models using regression and classification algorithms including PLS, MBSD, SMV, and PCA analyses. Batch mode predictions on stored data are also supported. MicroNIR Pro software also includes instrument performance qualification per EP 2.2.40 and USP 1119 test criteria and tools enabling Title 21 CFR Part 11 compliance. An enhanced OPC interface is optionally available for integration with process control systems. The OnSite-W system also includes a standalone tablet application with simplified user interface for data acquisition and real-time prediction in the field. Please see recommended hardware/software listed in specifications.