Spectroscopy Solutions for
Research & Academia
Accelerate Research with Spectroscopy Kits Built for Funded Labs
From grant proposal to published results, Ocean Optics spectroscopy kits provide dependable performance, fast deployment, and simplified procurement. Designed for academia, national labs, biotech, and advanced R&D environments, our spectrometers help you move from funding to data faster.
Contact Our Local Distributors
LABGUIDE CO., LTD.
3 F., No. 37, Ln. 232, Huaxin St.,
Zhonghe Dist., New Taipei City, 23569,
Taiwan (R.O.C.)
Telephone: +886-2-29406162
Email: [email protected]
Unice E-O Services Inc.
No 5, Andong Rd., Chungli District,
Taoyuan City 320023,
Taiwan (R.O.C.)
Telephone: +886-3-462-6569
Email: [email protected]
The Challenges in
Academic Research
See How Ocean Optics Helps
Strict funding requirements require clear instrument justification
Procurement delays slow down research timelines
Complex system integration introduces risk and setup time
Limited time to spend “use-it-or-lose-it” funding
Bring the Lab to Your Sample
Measure in situ Environments without Compromising Data Quality
Ocean Optics spectroscopy kits are designed for real-time measurements wherever your research happens. From field environments to applied lab settings, compact systems allow you to collect data directly at the source, eliminating the need to transport samples back to the lab.
This approach reduces delays, preserves sample integrity, and helps you generate reliable results faster.
Benefits of Portable Modular Equipment:
- Real-time data collection at the point of measurement
- Flexible setups with probes, fibers, and modular components
- Faster workflows with reduced sample handling
Why Ocean Optics
Ocean Optics systems are built on a modular, open platform that adapts to evolving research needs. Instead of fixed, single-purpose instruments, researchers can configure systems around their application, expand capabilities over time, and support multiple experiments with the same platform.
This flexibility reduces upfront risk, simplifies procurement, and strengthens grant justification, especially in multi-user lab environments where one system must support diverse research programs.
Applications We Support
- Laser Characterization — Precision wavelength and intensity measurement for laser systems and photonics research
- Plasma Monitoring — Real-time emission analysis for process control and advanced materials research
- Color Science — Accurate spectral measurement for color, coatings, and visual performance
- Materials & Thin Films — Reflectance-based analysis for coatings, surfaces, and optical materials
- Environmental Testing — Field and lab-based measurements for water, air, and environmental monitoring
- Biomed & Biochemical Analysis — Spectral analysis of biological samples, chemical reactions, and fluorescence-based applications
Trusted in Research Labs Across the World
Ocean Optics systems support academic and applied research programs across leading innovation hubs in Asia, including Japan, South Korea, Taiwan, and Singapore.
Used in university labs, national research institutes, and industry collaborations, these systems enable applications ranging from plasma monitoring and semiconductor research to environmental analysis and materials characterization.
Built for Funded Research and Lab Environments
Academic & Lab Research
What You Need:
Flexible spectroscopy kit to support materials science, environmental testing, and multi-user lab environments.
What We Offer:
Spectroscopy kits designed for flexibility across teaching and research environments, supporting materials science, environmental testing, and multi-user lab setups.
Why It Works:
- Modular systems for multiple experiments
- Scalable from teaching labs to advanced research
- Proposal-ready configurations for grants
Recommended Spectroscopy Configurations
Pre-configured kits designed for fast deployment and simplified procurement.
Laser Monitoring & Plasma Analysis
Spectrometer:
HR-4XR500-25
Cosine Corrector:
CC-3-UV-S
Fiber:
QP600-1-XSR
High-speed, high-resolution measurement enables real-time monitoring for plasma and laser applications.
Why this bundle
UV–Vis emission coverage captures key plasma and laser signatures, while cosine-corrected collection ensures accurate measurement of diffuse radiation and fiber-coupled flexibility supports real-time monitoring in dynamic or high-energy environments.
Key Parameters
- Measurement type: Emission / OES
- Spectral range: UV–Visible optimized
- Optical resolution: Slit-dependent (~25 µm configured)
- Acquisition: Real-time capable
- Measurement geometry: Diffuse / angular light capture via cosine corrector
Why HR4 Spectrometer
The HR-4XR500-25 delivers a balance of sensitivity and acquisition speed, making it well suited for capturing rapidly changing emission signals in plasma and laser-based systems.
Why Complementing Components
- Cosine Corrector: Ensures accurate, angle-independent collection of diffuse plasma emission
- Fiber: Enables safe, flexible positioning away from high-energy or confined environments
Materials, Color & Environmental Analysis
Spectrometer:
HR-6VN400-10
Light Source:
ISP-REFL
Fiber:
QP600-025-VIS-NIR
Reflectance Standard:
WS-1
Reflectance and absorbance measurements support color analysis, thin film characterization, and environmental monitoring applications.
Why this bundle
High-resolution visible-range performance enables precise material and color differentiation, while integrating sphere geometry ensures consistent reflectance measurement and calibrated reference standards support accurate, repeatable analysis across lab and field samples.
Key Parameters
- Measurement type: Reflectance / absorbance
- Spectral range: Visible–NIR optimized
- Optical resolution: High (10 µm slit configured)
- Measurement method: Integrating sphere reflectance
- Calibration: Reference-based reflectance measurement
Why HR6 Spectrometer
HR-6VN400-10 provides high spectral resolution required to detect subtle differences in materials, coatings, and color, supporting precise and reproducible analysis.
Why Complementing Components
- Integrating Sphere: Captures total reflectance with controlled geometry for consistent results
- Reflectance Standard: Provides a stable reference baseline for accurate measurements
- Fiber: Maintains signal quality and repeatability in controlled lab setups
Supporting Real-World Research and Innovation
Trusted by academic institutions, field research teams, and scientific programs worldwide
Global Academic Collaboration
What We’ve Done:
Ocean Optics systems support field-based environmental research, helping teams collect real-time data directly in challenging outdoor environments.
Hopkinauts, Johns Hopkins University
What We’ve Done:
Student-led research teams use spectroscopy systems to advance space science and experimental research, demonstrating the flexibility of compact instrumentation.
Children’s Hospital NICU Lighting Research
What We’ve Done:
A multidisciplinary collaboration led by major Children’s Hospital Medical Center, integrating clinical research, biological science, and architectural lighting design.
Choosing the Right Spectroscopy System
Selecting the right spectroscopy kit depends on your application, sample type, and performance requirements.
Get the right spectroscopy set up for your research, timeline, and funding requirements.
What type of sample are you measuring (solid, liquid, plasma)?
What wavelength range is required?
What sensitivity or resolution is needed?
Will measurements be taken in a lab or field environment?