Mira P Raman - Product manual

Importance of the topic

The Mira P handheld Raman spectrometer offers rapid, non-destructive identification and verification of chemical and pharmaceutical samples in both field and laboratory settings. Its portability and high-performance Raman analysis address critical needs in quality control, regulatory compliance, and on-site hazard identification.

Objectives and Document Overview

This product manual aims to guide users through every aspect of the Mira P instrument: from safety precautions and initial configuration to routine operation, calibration, maintenance, and disposal. It provides a structured workflow for efficient deployment and consistent results.

Methodology

The manual outlines the standard operating procedure: install batteries or connect via USB, power on the device, log in, select an operating procedure in Mira Cal software, attach the appropriate Smart Tip, enter sample identifiers (manually or via barcode), arm the laser, and acquire Raman spectra. Calibration and system suitability tests ensure ongoing accuracy.

Used Instrumentation

• Mira P handheld Raman analyzer with Orbital Raster Scan (ORS) technology
• Smart Tips: Calibrate/Verify Attachment (CVA), Short, Long, and Extra Long Working Distance lenses (SWD, LWD, XLWD)
• Accessories: Vial Holder, Tablet Holder, Contact Ball-Probe, Right Angle Attachment
• Power options: AA batteries (lithium or NiMH) or powered USB connection
• Mira Cal P software for instrument configuration, calibration, and data management

Main Findings and Discussion

The Mira P’s smartphone-sized form factor, glove-compatible touchscreen, and modular Smart Tip system enable versatile sampling of solids, liquids, powders, and packages. Safety features—laser class 3B warnings, interlock mechanisms, and protective glasses requirements—ensure compliance with IEC 60825-1. The device supports rapid screening with minimal sample preparation.

Benefits and Practical Applications

Key advantages include portability, fast turnaround, non-destructive analysis, and easy integration with spectral libraries. Applications span pharmaceutical quality assurance, forensic field testing, hazardous material identification, and industrial process monitoring.

Future Trends and Potential Uses

Emerging developments may feature expanded AI-driven spectral interpretation, cloud-based data sharing, enhanced miniaturization for wearable or drone-mounted deployments, and broader spectral database coverage for novel materials.

Conclusion

This manual equips operators with comprehensive instructions to leverage the Mira P’s capabilities safely and effectively, ensuring reliable Raman analysis in diverse environments.

References

• IEC 60825-1:2014 Safety of laser products
• 21 CFR 1040.1 & 1040.11, U.S. FDA performance standards for laser products
• Laser Notice No. 50, U.S. FDA, 2007