Handheld NanoRam 1064 Spectrometer

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MOQ : 1 Unit

Handheld NanoRam 1064 Spectrometer Specification

Measuring Range
176 cm1 to 2500 cm1

Interface Type
WiFi, USB

Display Type
Color LCD screen

Application
Laboratory, Pharma

Equipment Type
Handheld NanoRam 1064 Spectrometer

Laser Wavelength
1064 nm

Battery
Rechargeable Li-ion

Form Factor
Handheld

Portable
Yes

Light Source
Laser

User Controls
Navigation keys

Operation Time
>4 hours

Spectrometer Type
Raman

Weight
~1 kg

Laser output power
420 30 mW at 100%

Detector Type
InGaAs

Laser Power
420 30 mW

Handheld NanoRam 1064 Spectrometer Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Handheld NanoRam 1064 Spectrometer

Unleash the potential of advanced spectroscopy with the Handheld NanoRam 1064 Spectrometer-a commanding instrument for discerning professionals. Seize this astounding bargain and capitalise on a significant price cut, making rigorous material identification accessible and affordable. Designed for portability, its potent laser (420 30 mW) and rugged InGaAs detector ensure swift, precise results across laboratory and pharmaceutical settings. The lightweight unit boasts WiFi and USB connectivity, intuitive navigation keys, and over 4 hours of continuous operation. Don't miss this opportunity to elevate your analytical capabilities at an unrivaled value.

Versatility and Performance Across Sectors

The Handheld NanoRam 1064 Spectrometer excels in laboratory and pharmaceutical environments, bringing rapid, non-destructive identification capabilities directly to your fingertips. Its lightweight, ergonomic design makes it ideal for commercial quality control, field verification, and raw material testing. Featuring a powerful laser and broad measuring range (176 cm1 to 2500 cm1), this spectrometer facilitates reliable analyses in demanding conditions, ensuring optimal performance wherever portable, high-precision Raman spectroscopy is required.

Reliable Packaging, Certifications, and Export Logistics

Each NanoRam 1064 is supplied in secure, durable packaging to safeguard against transit damage. Shipped goods are accompanied by required certifications for international compliance, making drop-off and integration seamless for buyers worldwide. With India as a main export hub, the spectrometer efficiently reaches markets across Asia, Europe, and the Middle East. Buyers benefit from meticulous documentation and support, ensuring smooth customs clearance and swift on-site setup.

FAQ's of Handheld NanoRam 1064 Spectrometer:

Q: How does the Handheld NanoRam 1064 Spectrometer operate in field settings?

A: The spectrometer is engineered for portability, weighing around 1 kg with a rechargeable Li-ion battery supporting over 4 hours of operation. Its robust design, navigation keys, and bright color LCD screen make it highly suited for on-site material screening and pharmaceutical analysis.

Q: What are the main benefits of using a 1064 nm laser wavelength in Raman spectroscopy?

A: A 1064 nm laser minimizes fluorescence interference, resulting in clearer and more precise Raman spectra. This is especially advantageous for complex samples or those prone to high fluorescence, enhancing the reliability of your analyses.

Q: When is the optimal time to use this spectrometer in pharmaceutical quality control?

A: This spectrometer is ideal for use throughout pharmaceutical processes, from raw material verification at intake to final product inspection, ensuring compliance and consistency at every critical stage.

Q: Where can the Handheld NanoRam 1064 Spectrometer be integrated for maximum impact?

A: It can be deployed in laboratories, manufacturing facilities, quality assurance checkpoints, and even remote field locations requiring instant material identification and validation.

Q: What process is involved in setting up the device for commercial usage?

A: Setting up is straightforward: simply charge the device, connect via WiFi or USB, and use the intuitive navigation keys to begin measurements. Minimal training is needed, and data can be exported for further analysis or documentation.

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