AQUA3D LAB Spectrometer UV-NIR 360-950nm 1280×720 Camera USB Plug Play

Description

Product Overview

The AQUA3D LAB Spectrometer is engineered to deliver laboratory‑grade spectral analysis across a broad wavelength range from 360 nm in the ultraviolet through 950 nm in the near‑infrared. Its core optical system uses a precision‑ruled 1000‑line diffraction grating that separates incoming light into its constituent wavelengths with a nominal resolution of 1 nm. The separated spectrum is captured by a high‑definition 1280 × 720 pixel camera module that has been specially filtered to remove infrared interference, ensuring clean, accurate data for every measurement. The spectrometer’s compact housing measures just 5.5 × 3.2 × 2.5 inches and weighs only 10 ounces, making it portable enough for field work yet robust enough for continuous bench‑top use. Powered via a standard USB‑C connection, the device draws power directly from a computer and appears as a plug‑and‑play peripheral, eliminating the need for external power supplies or proprietary drivers. The included software suite, Theremino Spectrometer, runs on Windows operating systems and provides real‑time visualization, data export in CSV or TXT formats, and customizable calibration tools, all at no additional cost. This combination of high‑resolution optics, HD imaging, and seamless connectivity positions the instrument as a versatile tool for research, quality control, and educational environments.

Technical specifications of the AQUA3D LAB Spectrometer are designed to meet the rigorous demands of both research laboratories and industrial testing environments. The diffraction grating provides a line density of 1000 lines mm⁻¹, delivering a theoretical spectral resolution of 0.5 nm at the central wavelength. The camera sensor is a CMOS device with a quantum efficiency peak of 70 % in the visible range and a dark current below 0.5 e⁻ s⁻¹, ensuring low noise even at long exposure times. The device supports integration times from 1 ms up to 10 s, allowing measurement of both high‑intensity sources and weak fluorescence signals. Temperature stability is maintained within ±0.1 °C thanks to an internal thermistor and active cooling loop, which minimizes drift during prolonged acquisition sessions. The USB‑C port conforms to the USB 3.1 Gen 1 specification, providing a maximum data throughput of 5 Gbps, sufficient for streaming full‑resolution spectra at the camera’s native frame rate. Power consumption averages 2.5 W during operation, making the spectrometer compatible with standard laptop USB ports without the need for external power adapters.

Usage

Designed with flexibility in mind, the spectrometer serves a wide array of applications. In photobiology labs, researchers can evaluate the emission spectra of red‑light therapy panels to verify that output wavelengths fall within therapeutic windows. LED manufacturers benefit from rapid verification of color consistency across production batches, while hobbyists can assess the spectral output of custom LED strips or grow lights. The device also excels in screen analysis, allowing technicians to measure blue‑light emissions from LCD and OLED displays for compliance with eye‑safety standards. In educational settings, the spectrometer becomes a hands‑on teaching aid for physics and chemistry classes, illustrating concepts such as photon energy, band‑gap transitions, and the Beer‑Lambert law through live demonstrations. Its USB plug‑and‑play nature means that users can set up the instrument in minutes, connect to a laptop, launch the Theremino application, and begin capturing spectra without complex configuration. The lightweight form factor also enables field technicians to carry the spectrometer in a tool bag for on‑site diagnostics of lighting installations, photovoltaic panels, or environmental monitoring stations.

Advanced users can integrate the spectrometer into automated test rigs using the provided Python API, which exposes functions for spectrum acquisition, background subtraction, and peak detection. This enables batch processing of hundreds of samples without manual intervention, ideal for manufacturing quality assurance lines. For field researchers, the compact size and low power draw allow operation from portable power banks, extending measurement capability to remote locations without access to mains electricity. The device’s robust connector system includes a strain‑relief sleeve to protect the USB cable from accidental pulls, and the front panel features a single LED indicator that confirms power and data status at a glance. Combined with the intuitive Theremino interface, users can quickly switch between measurement modes such as absorbance, reflectance, or emission, tailoring the analysis to the specific material under test.

Why Choose Us

AQUA3D LAB has a reputation for delivering precision optical instruments that combine rigorous engineering with user‑friendly design. Each spectrometer undergoes a multi‑stage quality assurance process that includes optical alignment verification, camera sensor calibration, and mechanical durability testing to meet ISO‑9001 standards. The diffraction grating is sourced from a certified supplier and is mounted in a thermally stable housing to minimize drift over long measurement sessions. In addition to the hardware excellence, AQUA3D provides ongoing software updates for the Theremino platform, ensuring compatibility with the latest Windows releases and adding new analysis features such as peak fitting, background subtraction, and batch processing. Customers also receive access to a dedicated technical support portal, where engineers can assist with setup, troubleshooting, and advanced measurement techniques. This comprehensive support ecosystem reduces downtime and empowers users to extract maximum value from their spectrometer investment.

Customer feedback drives continuous improvement; each firmware release incorporates suggestions from laboratory technicians and educators to refine user workflows. The company maintains a public roadmap that outlines upcoming features such as multi‑channel acquisition, cloud‑based data storage, and AI‑assisted peak identification, giving buyers confidence that the platform will evolve with emerging scientific needs. All units are shipped with a comprehensive user manual that includes step‑by‑step calibration procedures, safety guidelines, and troubleshooting charts. For institutions, bulk purchasing options include discounted pricing, extended warranty extensions, and on‑site training sessions conducted by certified AQUA3D application engineers. This commitment to service and product longevity distinguishes the spectrometer from lower‑cost competitors that often lack post‑sale support.

Key Features

• Broad UV‑NIR coverage from 360 nm to 950 nm delivers reliable data for diverse lighting and material analysis tasks.
• 1 nm spectral resolution paired with a 1280 × 720 HD camera provides clear, detailed spectra for precise research and quality control.
• USB‑C plug‑and‑play connectivity eliminates setup time and works with any Windows PC without additional drivers.
• Free Theremino software includes real‑time visualization, export options, and advanced analysis tools at no extra cost.
• Dedicated after‑sales support and regular firmware updates ensure long‑term reliability and customer satisfaction.

FAQ

What wavelength range does the spectrometer cover?

The device measures light from 360 nm in the ultraviolet through 950 nm in the near‑infrared, providing a comprehensive view of UV, visible, and NIR spectra.

Can the spectrometer be used with macOS or Linux?

Currently the bundled Theremino software is optimized for Windows operating systems. Users on macOS or Linux can run the software through a virtual machine or Boot Camp, but native support is not provided.

How accurate is the wavelength calibration?

Factory calibration is performed using certified reference lamps, achieving an accuracy of ±0.5 nm across the full range. Users can perform periodic recalibration with known standards to maintain precision.

Is there a warranty or service plan?

All units ship with a one‑year limited warranty covering defects in materials and workmanship. Extended service plans and on‑site calibration services are available for purchase.

What integration options are available for automation?

The spectrometer’s open API and command‑line utilities enable seamless integration into automated test rigs and data‑logging systems, allowing scripted scans, real‑time streaming, and custom analysis pipelines.