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Modular optical platform
Modular photonics platform for faster R&D and prototyping
What is a modular optical platform?
The modular optical platform is a configurable optical development system that enables rapid setup and optimization of:
- Spectroscopy configurations
- Reflectance and absorption measurement setups
- Fluorescence detection systems, and other custom optical configurations
Using interchangeable detectors and light sources with configurable optical paths, engineers can prototype, test, and refine photonic system designs efficiently within a single integrated framework.
Whether developing a spectroscopy instrument, material identification system, or advanced optical sensing platform, the modular optical platform provides a flexible and scalable foundation for rapid optical system development.
How can a modular optical platform accelerate photonics innovation?
Our modular optical platform is designed to accelerate optical system development, prototyping, and proof-of-concept validation.
1. Reduces time from idea to experiment
- Enables immediate demonstrations and verification, including on‑site evaluation when applicable
- Shortens setup and iteration cycles, allowing teams to quickly move from concept to functional testing and informed decision‑making
2. Early access to verification data
- Rapidly generates meaningful verification data and demo results
- Supports internal reviews, technical alignment, and business decision processes
- Helps bring consensus across engineering, management, and other stakeholders early
3. Supports exploration across wavelengths and techniques
- Adapts easily to measurements from UV to NIR using interchangeable light sources and detectors
- Enables rapid switching between absorbance, reflectance, and fluorescence configurations without system redesign
- Allows users to explore new measurement techniques and refine performance as application needs evolve
4. Higher implementation success
- Verified configurations reduce technical gaps and uncertainties before deployment
- Minimizes post‑implementation changes, rework, and integration issues
What applications can the modular optical platform support?
Its modular design supports a wide range of applications, enabling absorbance, reflectance, and fluorescence measurements with simple reconfiguration.
As some examples, this system supports UV, Visible, and NIR measurements for:
- Material characterization/identification
- Pharmaceutical analysis
- Agricultural/environmental sensing
- QA/QC verification
What makes the modular optical platform flexible and scalable?
The platform’s flexibility and scalability come from its interchangeable optical blocks, configurable optical paths, standardized mechanical and electronic interfaces, and adaptable software, allowing new measurement modes, detectors, and applications to be added without redesigning the entire system.
How are control and data acquisition integrated?
A centralized control hub manages:
- Light source modulation
- Detector synchronization
- Signal routing
- Data acquisition and visualization
Optional AI-driven software tools can assist with calibration, classification, and predictive modeling.
What is the development workflow?
- Application consultation
Define wavelength range, sensitivity requirements, sample type, and system constraints. - Optical system design proposal
Optical path configuration, detector selection, electronics integration, and cost estimation. - Platform integration and delivery
Fully assembled modular photonics platform ready for validation. - System expansion and optimization
Modify or scale the system as the application matures.
Recommended products
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A solid-state photon counting solution operating from 320–900 nm, offering high gain in a compact form factor. It integrates easily into modular setups, enabling scalable and flexible system design.
A miniaturized spectrometer covering 340–850 nm for compact spectral analysis within modular platforms. Its small footprint and plug-and-play capability support flexible system design and rapid iteration.
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Provides a stable, broadband pulsed light source across 185–2500 nm, ideal for spectroscopy applications. Its compact form factor allows easy integration and interchangeability within optical setups.
Delivers high output power across 185-2500 nm for applications requiring high peak irradiance. Its easy-to-operate interface makes it suitable for modular platform integration.
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