Advanced Scientific Equipment Solutions
Quality lab instruments for research and industry.
Who we are...
Chief Technology Officer (CTO)
Head of Finance & Strategic Planning
Chief Technology Officer (CTO)
Dr. Joseph Lee is a nanotechnology specialist with extensive experience in plasmonic materials, SERS substrate design, and Raman spectroscopy systems. He received his PhD in Materials Science, where his research focused on nanofabrication, surface enhancement mechanisms, and reproducible signal amplification.
Chief Scientific Officer (CSO)
Head of Finance & Strategic Planning
Chief Technology Officer (CTO)
Dr. Dinish Sharma is an analytical chemist with a strong background in spectroscopy-based sensing and biomedical applications. He holds a PhD in Chemistry and has worked extensively on Raman and SERS methodologies for chemical detection, biosensing, and real-world sample analysis.
Strategic Advisor
Head of Finance & Strategic Planning
Head of Finance & Strategic Planning
As an early investor since 2015 and strategic advisor, Mr Paul Goh supports the company’s long-term vision by providing guidance on technology direction, scientific credibility, and sustainable innovation. His background enables informed evaluation of deep-tech development risks while ensuring that the company’s SERS platforms and Raman solutions remain grounded in strong scientific fundamentals.
Head of Finance & Strategic Planning
Head of Finance & Strategic Planning
Head of Finance & Strategic Planning
Mr Douglas Goh is an experienced finance professional with extensive expertise in corporate finance, strategic planning, and financial governance. He has worked across technology-driven organizations, supporting growth-stage companies in building sustainable financial structures and long-term value.
As Head of Finance, Douglas oversees fin
Mr Douglas Goh is an experienced finance professional with extensive expertise in corporate finance, strategic planning, and financial governance. He has worked across technology-driven organizations, supporting growth-stage companies in building sustainable financial structures and long-term value.
As Head of Finance, Douglas oversees financial strategy, budgeting, and operational planning, ensuring strong financial discipline while enabling innovation and expansion. He works closely with the leadership team to align financial execution with the company’s technological and commercial roadmap.
What we're doing...
Our technology
Surface-Enhanced Raman Spectroscopy (SERS) enables ultra-sensitive molecular detection by amplifying Raman signals through engineered plasmonic nanostructures.
At Heisenberg Nano, we integrate materials design, nanofabrication, and spectroscopy to deliver reliable SERS solutions for real-world analytical challenges.
Our technology is developed to support both fundamental research and applied sensing, with a strong focus on reproducibility, stability, and practical usability.
Our SERS Chip
We offer a range of high-performance SERS chips designed for different analytical needs, including gold and silver substrates, flexible formats, and microfluidic-compatible platforms.
Each SERS chip is engineered to provide strong signal enhancement, uniform hotspots, and consistent performance across batches—making them suitable for chemical sensing, biosensing, and environmental analysis.
Customization of substrate material, geometry, and surface chemistry is available upon request.
Our Wireless Raman Instruments for portable SERS
Our portable Raman instruments are designed to bring SERS analysis out of the laboratory and into real-world environments.
Compact, robust, and easy to operate, these systems enable rapid on-site measurements without sacrificing data quality.
They are ideal for field testing, point-of-use analysis, and integration with customized SERS chips for application-specific detection.
Our solution for customization for SERS chip and Raman instruments
We provide end-to-end customization solutions, combining tailored SERS substrates with compatible Raman instrumentation to meet specific application requirements.
From material selection and chip design to instrument configuration and application integration, our solutions are optimized for areas such as food safety, biomedical analysis, and environmental monitoring.
Our goal is to deliver flexible, scalable SERS systems that adapt to your research and sensing needs.
Our Products
Gold coated SERS Chip 10 pcs = USD 250
Silver coated SERS Chip 10 pcs = USD 240
Gold SERS chip is a high-performance SERS substrate engineered for ultrasensitive molecular detection, achieving detection limits down to picomolar (pM) levels. It enables reliable trace analysis across a broad range of applications, including life sciences, chemical sensing, and defense-related fields.
Gold SERS chip delivers exceptional
Gold SERS chip is a high-performance SERS substrate engineered for ultrasensitive molecular detection, achieving detection limits down to picomolar (pM) levels. It enables reliable trace analysis across a broad range of applications, including life sciences, chemical sensing, and defense-related fields.
Gold SERS chip delivers exceptional Raman signal enhancement, surpassing conventional gold-based SERS substrates currently available on the market. It is optimized for 785 nm laser excitation and provides highly uniform enhancement across the entire substrate surface.
Silver coated SERS Chip 10 pcs = USD 240
Silver coated SERS Chip 10 pcs = USD 240
Silver SERS chip is a high-sensitivity SERS substrate designed for ultrasensitive molecular detection, enabling trace-level analysis down to picomolar (pM) concentrations. It supports reliable detection of a wide range of molecules across diverse applications, from life sciences to security and defense-related fields.
Silver SERS chip del
Silver SERS chip is a high-sensitivity SERS substrate designed for ultrasensitive molecular detection, enabling trace-level analysis down to picomolar (pM) concentrations. It supports reliable detection of a wide range of molecules across diverse applications, from life sciences to security and defense-related fields.
Silver SERS chip delivers exceptional Raman signal enhancement, exceeding that of conventional SERS substrates currently available on the market. The substrate is optimized for laser excitation across a broad wavelength range, from 532 nm to 785 nm.
It provides uniform signal enhancement across the entire surface and demonstrates excellent reproducibility between substrates and production batches, enabling quantitative and comparative measurements.
Our Wireless Raman Instruments for portable SERS
Raman instrument is designed to deliver reliable Raman and SERS measurements outside the traditional laboratory environment. Compact and robust, it enables high-quality spectral acquisition in field, point-of-use, and on-site analytical settings.
The system is optimized for seamless integration with customized SERS substrates, allowing use
Raman instrument is designed to deliver reliable Raman and SERS measurements outside the traditional laboratory environment. Compact and robust, it enables high-quality spectral acquisition in field, point-of-use, and on-site analytical settings.
The system is optimized for seamless integration with customized SERS substrates, allowing users to perform rapid molecular analysis without compromising data quality. Its portable design and simplified operation make it suitable for applications requiring flexibility, mobility, and fast decision-making.
This instrument is well suited for applications in food safety, biomedical research, environmental monitoring, and chemical sensing, where conventional benchtop systems are impractical.
Key Features
- Portable and wireless Raman spectrometer
- Compatible with SERS substrates for enhanced sensitivity
- Designed for on-site and field measurements
- Stable performance with low noise and reliable signal acquisition
- Easy operation for rapid analysis outside the laboratory
Pricing
Pricing is application-dependent.
For detailed specifications and pricing information, please contact us directly at sales@heisenberg-nano.com
Raman Microscope
Our Modular Raman Microscope is designed for high-performance Surface-Enhanced Raman Spectroscopy (SERS), enabling ultra-sensitive chemical and biological analysis down to trace and single-molecule levels. Built for flexibility, stability, and optical precision, the system supports cutting-edge research in sensing, catalysis, biomedical
Our Modular Raman Microscope is designed for high-performance Surface-Enhanced Raman Spectroscopy (SERS), enabling ultra-sensitive chemical and biological analysis down to trace and single-molecule levels. Built for flexibility, stability, and optical precision, the system supports cutting-edge research in sensing, catalysis, biomedical diagnostics, and materials science.
With a compact footprint and fully modular architecture, the microscope integrates seamlessly into both research laboratories and industrial environments.
- High-NA objective compatibility
- Motorized or manual sample stage options
- Ideal for SERS mapping, hotspot localization, and in situ studies
Pricing
Pricing is application-dependent.
For detailed specifications and pricing information, please contact us directly at sales@heisenberg-nano.com
Dengue Sensing kit 10 pcs - USD 90
Fluorescence Bacterial Sensing Kit USD 250/unit
Dengue Sensing kit 10 pcs - USD 90
The Dengue Sensing Kit is a rapid, qualitative diagnostic test designed for the detection of Dengue virus infection through specific biomarkers. It enables fast and reliable screening, supporting early diagnosis and timely clinical decision-making.
The kit is capable of detecting Dengue NS1 antigen as well as IgM and IgG antibodies, allow
The Dengue Sensing Kit is a rapid, qualitative diagnostic test designed for the detection of Dengue virus infection through specific biomarkers. It enables fast and reliable screening, supporting early diagnosis and timely clinical decision-making.
The kit is capable of detecting Dengue NS1 antigen as well as IgM and IgG antibodies, allowing identification of both early-stage and past infections. Its simple workflow and clear visual readout make it suitable for use in clinical laboratories, point-of-care settings, and field screening environments.
Designed for ease of use, the Dengue Sensing Kit delivers results within minutes without the need for specialized instrumentation or advanced technical training.
Key Features
- Rapid detection of Dengue NS1 antigen and IgM/IgG antibodies
- Suitable for early and late-stage Dengue infection screening
- Simple, user-friendly test procedure
- Clear visual interpretation of results
- No additional equipment required
- Designed for clinical and point-of-care applications
Applications
- Clinical diagnostics
- Hospital and laboratory screening
- Point-of-care testing
- Epidemiological surveillance
- Field and emergency response settings
Gold Colloid Solution
Fluorescence Bacterial Sensing Kit USD 250/unit
Dengue Sensing kit 10 pcs - USD 90
Heisenberg-Nano Gold Colloid is a high-quality colloidal gold solution designed for research, sensing, and nanotechnology applications. The product features well-dispersed gold nanoparticles with excellent stability, making it suitable for use in SERS substrate preparation, optical sensing, and surface functionalization.
Manufactured und
Heisenberg-Nano Gold Colloid is a high-quality colloidal gold solution designed for research, sensing, and nanotechnology applications. The product features well-dispersed gold nanoparticles with excellent stability, making it suitable for use in SERS substrate preparation, optical sensing, and surface functionalization.
Manufactured under controlled conditions, the gold colloid exhibits consistent optical properties and particle uniformity, ensuring reproducible performance across different batches. It is optimized for laboratory research, method development, and integration into customized analytical platforms.
Key Features
- High-purity gold nanoparticle colloid
- Stable dispersion with minimal aggregation
- Consistent optical and plasmonic properties
- Suitable for SERS, biosensing, and nanotechnology research
- Reproducible quality across batches
Applications
- SERS substrate fabrication
- Plasmonic and optical sensing
- Biosensing and biofunctionalization
- Nanomaterials research
- Method development and validation
Available Sizes
- 500 mL
- 50 mL
- Other volumes available upon request
Storage & Handling
Store at 4–8 °C. Gently mix before use. Avoid freezing and prolonged exposure to direct light.
Portable Optical Sensing Solutions
Fluorescence Bacterial Sensing Kit USD 250/unit
Fluorescence Bacterial Sensing Kit USD 250/unit
The Mobile Phone Fluorescence Sensing System is a compact, low-cost detection platform that transforms a standard smartphone into a portable fluorescence analyzer. By combining an external optical attachment with smartphone imaging and processing capabilities, the system enables rapid, on-site fluorescence detection without the need for
The Mobile Phone Fluorescence Sensing System is a compact, low-cost detection platform that transforms a standard smartphone into a portable fluorescence analyzer. By combining an external optical attachment with smartphone imaging and processing capabilities, the system enables rapid, on-site fluorescence detection without the need for bulky laboratory instruments.
This platform is designed for visual and quantitative analysis of fluorescent signals generated from chemical or biological assays. The integrated excitation source and optical filtering allow sensitive signal capture using the smartphone camera, enabling real-time detection, imaging, and data analysis directly on the mobile device.
Its portability, ease of use, and adaptability make it suitable for point-of-care diagnostics, environmental monitoring, food safety testing, and educational applications.
Key Features
- Smartphone-based fluorescence detection platform
- Compact optical attachment for excitation and signal collection
- Real-time fluorescence imaging and analysis
- Portable, lightweight, and easy to operate
- Compatible with a wide range of fluorescence assays
- No bulky laboratory instrumentation required
Applications
- Point-of-care diagnostics
- Rapid screening and field testing
- Food safety and environmental monitoring
- Educational and training demonstrations
- Low-resource and decentralized testing environments
Pricing & Customization
Pricing and system configuration depend on application requirements and assay design.
For pricing, customization options, or technical inquiries, please contact us at sales@heisenberg-nano.com
Fluorescence Bacterial Sensing Kit USD 250/unit
Fluorescence Bacterial Sensing Kit USD 250/unit
Fluorescence Bacterial Sensing Kit USD 250/unit
The Fluorescence Bacterial Sensing Kit is a rapid, easy-to-use detection platform designed for on-site identification of bacterial presence through fluorescence signal changes. By combining selective fluorescent probes with optimized assay conditions, the kit enables visual or instrument-assisted detection of bacteria within minutes—with
The Fluorescence Bacterial Sensing Kit is a rapid, easy-to-use detection platform designed for on-site identification of bacterial presence through fluorescence signal changes. By combining selective fluorescent probes with optimized assay conditions, the kit enables visual or instrument-assisted detection of bacteria within minutes—without complex sample preparation.
Designed for laboratories, food safety monitoring, environmental testing, and educational use, the kit bridges the gap between traditional microbiology and modern optical sensing.
Key Features
- Gram-positive & Gram-negative bacteria
- Fluorescence intensity or color change
- Low bacterial concentration (10²–10⁴ CFU/mL, assay-dependent)
- 10–30 minutes
- Water, food extracts, surfaces, biological fluids
Applications
- SERS substrate fabrication
- Plasmonic and optical sensing
- Biosensing and biofunctionalization
- Nanomaterials research
- Method development and validation
Kit Components
Each kit includes:
- Fluorescent bacterial sensing reagent (ready-to-use)
- Assay buffer and controls
- Disposable reaction vials or microplate wells
- UV / blue-light visualization guide
- Step-by-step protocol manual
HYPERVUE Portable Hyperspectral Imaging System Handheld spectral intelligence for real-world decisions.
HYPERVUE Portable Hyperspectral Imaging System Handheld spectral intelligence for real-world decisions.
HYPERVUE Portable Hyperspectral Imaging System Handheld spectral intelligence for real-world decisions.
HYPERVUE is a compact hyperspectral imaging system that combines a hyperspectral camera module with smart acquisition software to produce hyperspectral cubes (x, y, λ) and instant classification / mapping results. Designed for field and lab use, it supports quick measurements with repeatable workflows and exportable data
Key Benefits
- Non-
HYPERVUE is a compact hyperspectral imaging system that combines a hyperspectral camera module with smart acquisition software to produce hyperspectral cubes (x, y, λ) and instant classification / mapping results. Designed for field and lab use, it supports quick measurements with repeatable workflows and exportable data
Key Benefits
- Non-destructive & reagent-free screening
- Material identification beyond RGB (chemical/physical signatures)
- Fast mapping of defects/contamination/heterogeneity
- Portable workflow: capture → visualize → analyze → export
- Easy integration with AI models (classification, regression, anomaly detection)
Typical Use Cases
Food & Agriculture
- Ripeness / quality grading, bruising detection, moisture mapping, adulteration screening
Pharmaceutical / Chemicals
- Blend uniformity, coating consistency, particle contamination detection
Environmental & Field Inspection
- Soil/plant stress mapping, pollution indicators, water/ground samples screening
Manufacturing & QA
- Surface defect mapping, coating thickness trends, polymer sorting, textile inspection
Research & Education
- Spectral library building, chemometrics teaching, ML dataset generation
Core Features
- High spectral fidelity with stable calibration workflow
- Real-time preview (ROI spectra, pseudo-color maps, contrast bands)
- One-click routines: dark/white reference, auto exposure, batch capture
- Analysis toolbox: PCA, spectral angle mapping (SAM), k-means, supervised classification (optional)
- Data export: ENVI-compatible cube / CSV spectra / images / report snapshots
System Components (Typical Package)
- Hyperspectral camera module (portable form factor)
- Lens + protective cap
- Calibration kit (white reference tile, dark cap)
- Carrying case
- USB-C / data cable (and power accessories if needed)
- Software: acquisition + visualization + basic analysis
Configurable Specifications (fill in your final numbers)
- Spectral range: (e.g., 400–1000 nm / 900–1700 nm / custom)
- Spectral resolution: (e.g., 3–10 nm, depending on grating/sensor)
- Spectral bands: (e.g., 100–300 bands)
- Spatial resolution: (depends on lens & distance)
- Acquisition mode: pushbroom / snapshot (choose your architecture)
- Interfaces: USB-C / Ethernet / Wi-Fi (optional)
- Output formats: HSI cube, reflectance, radiance, RGB preview, CSV
- Operating conditions: field-ready (temperature/humidity range optional)
Software & Workflow
- Connect & preview
- Calibrate (dark + white reference)
- Capture (single scan or batch)
- Analyze (maps, ROI spectra, classification)
- Export (data + report images)
Differentiators (Positioning)
- Portable + professional-grade outputs
- Simple calibration workflow for consistent data in the field
- AI-ready data pipeline (easy export + model integration)
- Modular design (lens, illumination, mount options)
Pricing & Customization
Pricing and system configuration depend on application requirements and assay design.
For pricing, customization options, or technical inquiries, please contact us at sales@heisenberg-nano.com
H-N Spectrum™ UV–Vis–NIR Microscope microspectroscopy & imaging from UV to near-infrared.
HYPERVUE Portable Hyperspectral Imaging System Handheld spectral intelligence for real-world decisions.
HYPERVUE Portable Hyperspectral Imaging System Handheld spectral intelligence for real-world decisions.
H-N Spectrum™ is a high-end UV–Vis–NIR microscope platform designed for materials, semiconductor, and photonics inspection. It supports wide spectral operation with optimized optical path, robust mechanics, and modular illumination/detection options—enabling users to visualize and analyze samples that standard microscopes miss.
Key Benef
H-N Spectrum™ is a high-end UV–Vis–NIR microscope platform designed for materials, semiconductor, and photonics inspection. It supports wide spectral operation with optimized optical path, robust mechanics, and modular illumination/detection options—enabling users to visualize and analyze samples that standard microscopes miss.
Key Benefits
- One system, three regimes: UV + Visible + NIR in a single optical platform
- High contrast on challenging samples: thin films, coatings, wafers, nanomaterials
- Stable & repeatable: precision focus, rigid frame, low drift
- Upgradeable: add spectral modules, cameras, and automation as needs grow
- Clean output for publications & QA reports
Typical Applications
Semiconductor & Display
- wafer inspection, defect screening, photoresist/film uniformity, micro-crack observation
Materials & Coatings
- UV-active and NIR-transparent films, polymer layers, catalysts, nano-composites
Photonics & Optics
- optical coatings, filters, waveguides, micro-optical components, scattering defects
Biotech (non-fluorescent / label-free)
- tissue reflectance trends, hydration/structure contrast (application dependent)
Configurable Specifications (fill in your real numbers)
- Spectral range: (e.g., 250–1000 nm / 350–1700 nm / custom)
- Objectives: (e.g., 5×/10×/20×/50× UV-Vis-NIR optimized)
- Imaging modes: transmission / reflectance / darkfield (optional)
- Detectors: UV camera / sCMOS / InGaAs NIR camera (options)
- Stage travel: (e.g., manual/encoded/motorized)
- Software: live imaging, measurement, annotation, stitching (optional)
Pricing & Customization
Pricing and system configuration depend on application requirements and assay design.
For pricing, customization options, or technical inquiries, please contact us at sales@heisenberg-nano.com
H-N RamanGo™ Handheld Raman Spectrometer
HYPERVUE Portable Hyperspectral Imaging System Handheld spectral intelligence for real-world decisions.
H-N OptiSpec™ Handheld Light Spectrometer
H-N RamanGo™ is a portable Raman spectrometer designed for on-site chemical identification and verification. It combines a compact Raman engine, safety-focused laser control, and a modern touchscreen interface to enable fast measurements, library matching, and report-ready outputs without a laptop.
Key Benefits
- Non-destructive & reagent-
H-N RamanGo™ is a portable Raman spectrometer designed for on-site chemical identification and verification. It combines a compact Raman engine, safety-focused laser control, and a modern touchscreen interface to enable fast measurements, library matching, and report-ready outputs without a laptop.
Key Benefits
- Non-destructive & reagent-free identification in seconds
- Confident library matching for raw materials, powders, liquids, tablets, polymers
- Field-ready workflow: scan → match → report
- Lower training burden with guided UI and preset methods
- Data traceability for QA/QC and compliance documentation
Typical Applications
Pharma & Materials QA
- Raw material verification (RMID), incoming inspection, counterfeit screening
Chemicals & Manufacturing
- Polymer/paint/resin identification, contamination checks, mixing verification
Forensics & Security (where permitted)
- Unknown substance screening, hazardous material triage support
Education & Research
- Rapid compound confirmation, teaching spectroscopy hands-on
Configurable Specifications (fill in your real numbers)
- Excitation laser: (e.g., 785 nm / 532 nm / 1064 nm)
- Spectral range: (e.g., 200–3200 cm⁻¹)
- Spectral resolution: (e.g., ~6–10 cm⁻¹)
- Acquisition time: (e.g., 0.5–5 s typical)
- Connectivity: USB-C / Wi-Fi / Bluetooth (optional)
- Battery life: (e.g., X hours / X scans per charge)
- Storage: on-device + export
Pricing & Customization
Pricing and system configuration depend on application requirements and assay design.
For pricing, customization options, or technical inquiries, please contact us at sales@heisenberg-nano.com
H-N OptiSpec™ Handheld Light Spectrometer
HYPERVUE Portable Hyperspectral Imaging System Handheld spectral intelligence for real-world decisions.
H-N OptiSpec™ Handheld Light Spectrometer
H-N OptiSpec™ is a compact, high-end light spectrometer built for fast, accurate evaluation of light sources. Using an onboard spectral sensor and integrated analysis software, it reports SPD (spectral power distribution) and key photometric/colorimetric metrics on a bright touchscreen—no laptop required.
Key Benefits
- All-in-one metrics:
H-N OptiSpec™ is a compact, high-end light spectrometer built for fast, accurate evaluation of light sources. Using an onboard spectral sensor and integrated analysis software, it reports SPD (spectral power distribution) and key photometric/colorimetric metrics on a bright touchscreen—no laptop required.
Key Benefits
- All-in-one metrics: spectrum + lux + CCT + CRI (and more, optional)
- Portable & repeatable: quick measurements with consistent workflow
- High-end look & feel: premium housing, clean UI, report-ready outputs
- Time-saving QA: pass/fail thresholds and measurement history
Typical Applications
LED & Lighting QA/QC
- incoming inspection, binning verification, production line spot-checks
Architectural & Studio Lighting
- on-site lighting tuning, consistency checks, scene matching
Display & Imaging
- monitor/projector evaluation, white point & gamut checks (application dependent)
Research & Education
- spectral experiments, color science teaching, comparative lamp studies
Configurable Specifications (fill in your real numbers)
- Spectral range: (e.g., 380–780 nm / 350–850 nm)
- Spectral resolution: (e.g., 1–5 nm)
- Accuracy: (CCT / chromaticity / lux—specify later)
- Measurement geometry: direct sensor / cosine corrector (optional)
- Connectivity: USB-C / Bluetooth / Wi-Fi (optional)
- Battery life: (e.g., X hours / X measurements)
Pricing & Customization
Pricing and system configuration depend on application requirements and assay design.
For pricing, customization options, or technical inquiries, please contact us at sales@heisenberg-nano.com