Description
Renishaw offers Raman spectroscopy instruments capable of detecting and characterizing microplastic particles with high spatial resolution, enabling analysis of particles as small as 1 µm.
Market positioning
Leading market player in Raman spectroscopy for microplastic detection; Renishaw is widely regarded as a premium, high-precision instrumentation brand trusted by top-tier research institutions and regulatory agencies globally. Their systems are benchmarked as gold-standard tools for chemical identification and microplastic characterization.
Target audience
Research laboratories, regulatory bodies, environmental scientists, pharmaceutical companies, materials scientists, and academic institutions requiring high-precision chemical characterization
Use cases
Detection, identification, and characterization of microplastic particles in environmental samples (water, soil, air, biological tissue); pharmaceutical quality control; materials science research; forensic analysis; semiconductor and nanotechnology inspection. Particularly valued for analyzing particles as small as 1 µm with high spatial resolution.
Company information
Company size
5,000–6,000 employees
Revenue
~£700M–£750M annual revenue (publicly listed on LSE)
Scale
Global
Number of users
Thousands of installations globally across 100+ countries; used by leading universities, national laboratories, pharmaceutical firms, and government agencies
Features
Pricing
Rating
No Trustpilot link available
Pros and cons
Based on: (AI summary)
Pros
- High spatial resolution for small particle detection
- Precise chemical identification
- Established in scientific research community
Cons
- Lab-only solution
- Not consumer-accessible
- High cost
- Requires specialist expertise
Feature Comparison
Top features across 13 competitors (most common first)
| Feature | PlasticFree… | Microplasti… | Microplasti… | Microplasti… | Thermo Fish… | I'm Plastic… | SPOT-MP | Bruker Micr… | Renishaw Ra… | Agilent Mic… | PerkinElmer… | Shimadzu Mi… | Polycheck -… |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| soil | |||||||||||||
| Raman spectroscopy | |||||||||||||
| etc.) | |||||||||||||
| Environmental contaminant analysis | |||||||||||||
| Spectral library matching | |||||||||||||
| Market dynamics (drivers | |||||||||||||
| restraints | |||||||||||||
| opportunities | |||||||||||||
| challenges) | |||||||||||||
| air) | |||||||||||||
| Automated data evaluation | |||||||||||||
| FTIR spectroscopy | |||||||||||||
| Automated particle mapping | |||||||||||||
| air | |||||||||||||
| tissue) | |||||||||||||
| microplastic characterization | |||||||||||||
| Plastic-free alternative product recommendations | |||||||||||||
| Personal impact tracking | |||||||||||||
| Product database with microplastic information | |||||||||||||
| Global English-language support |