About Handheld Raman Spectrometer
HandyRAM Handheld Raman Spectrometer is a hand held tool that comes in handy for analyzing different materials with the help of their vibration mode. Raman spectroscopy technique adopted by this hand held instrument utilizes light for maintaining accuracy of its measurement. It is equipped with a laser source that generates powerful Raman signals. Produced signals have no adverse effect on handled materials and also on operator. HandyRAM Handheld Raman Spectrometer can be used for analysis of any hazardous materials that need further analysis in the laboratory. It is used for precise analysis of chemicals, pharmaceutical materials, edible products and oil.
Specification
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Brand
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IndiRAM
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Model No
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HandyRam
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Wavelength Range
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785nm
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Usage/Application
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Pharmaceutical, Raw Material ID, Chemicals, Food, Oil
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Mobility
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Portable
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Model Name/Number
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Handheld
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Optical System
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Single Beam
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Versatile Applications Across IndustriesEngineered for multifaceted use, the Handheld Raman Spectrometer serves pharmaceutical quality control, detects raw materials, screens chemicals, checks food authenticity, and evaluates oil samples. Its flexibility makes it a valuable asset for manufacturers, suppliers, and quality assurance teams needing prompt and accurate results.
Engineered for Ease and PortabilityIts ergonomic design, lightweight form, and intuitive interface allow users to perform analyses efficiently on-site or in the lab. The instruments portability and robust casing in stylish black and blue also suit varied environmental conditions, enhancing usability across diverse operational settings.
FAQs of Handheld Raman Spectrometer:
Q: How does the Handheld Raman Spectrometer identify raw materials in the pharmaceutical industry?
A: The device uses advanced Raman spectroscopy to analyze the molecular composition of raw materials. Simply point the spectrometer at the sample; it instantly reads and matches the spectral fingerprint against an extensive database, facilitating rapid verification and quality control without sample destruction.
Q: What are the main benefits of using this spectrometer for chemicals and oils?
A: Its non-destructive analysis, quick results, and minimal sample preparation save time and ensure consistent accuracy. For chemicals and oils, it confidently detects contaminants, adulterants, or compositional variability, supporting compliance and product integrity for manufacturers and suppliers.
Q: When should I use a handheld Raman spectrometer in food safety or quality control processes?
A: The spectrometer is ideal at every stagefrom receiving raw ingredients to final product inspection. Immediate identification and contamination checks streamline quality assurance in food production, storage, and export, helping mitigate risks associated with adulteration or spoilage.
Q: Where can this device be utilized for optimal efficiency?
A: It excels in laboratories, manufacturing floors, warehouses, and field locations. Its portability ensures efficiency in pharmaceutical plants, chemical factories, food processing units, oil refineries, and remote sourcing sites, making it a versatile tool for suppliers and traders alike.
Q: What is the typical process for using the Handheld Raman Spectrometer?
A: Turn on the device, calibrate if necessary, and direct it at the sample. With a single trigger, it collects spectral data within seconds. Results appear instantly on the display for quick go/no-go decisions, or can be transferred for detailed analysis, aiding daily operational workflows.
Q: How does being manufactured and exported from India benefit customers?
A: Indian manufacturers offer globally competitive pricing, reliable supply chains, and adherence to international standards. Export capability ensures worldwide access and support, while local presence provides direct engagement with pharmaceutical, chemical, food, and oil sectors in India and beyond.