Pioneering the Future of Chemical Reactors
At Laminar Co., Ltd., we develop next-generation chemical reactor systems that harness the power of laminar Taylor flow to achieve unmatched mixing efficiency and high-purity output.
High-Purity Output
Enables production of over 99% pure materials with precise control.
Increased Productivity
Reduces reaction time with powerful, uniform mixing and continuous processing.
Cost Efficiency
Boosts yield and simplifies operation, lowering raw material use and labor costs.
Env. Impact Reduction
Cuts CO₂ emissions by over 50% compared to traditional batch reactors.
Transforming Chemistry Through Continuous Innovation
Since its founding in 2010, Laminar Co., Ltd. has been at the forefront of chemical reactor technology using laminar Taylor flow. From R&D to full-scale production, we serve a wide range of industries with reactor systems that enable continuous, high-purity production and smart process integration.
- Design & Manufacture Advanced Reactors
- Process Development & Customization
- Full-Scale Production Solutions
- Global Technology Licensing & Support
Engineered for Precision. Built for Performance.
Designed to eliminate dead zones, enhance mass transfer, and enable continuous production, each model is tailored for scalability—from R&D labs to industrial-scale operations.
LCTR®– MINI
Compact Reactor for Micro-Scale Research
LCTR®-Lab II
A compact and optimized reactor for lab-scale screening and process tuning.
LCTR®-Tera
Compact automated reactor for real-time-monitored, small-lot production with integrated sensors.
LCTR®-Peta
High-capacity reactor for stable, continuous production at full industrial scale.
LCTR®-Exa
Ultra-large reactor for high-volume, continuous manufacturing with maximum efficiency and purity.
From Theoretical Precision to Scalable Industrial Application
Laminar’s proprietary LCTR® system advances the classical Taylor-Couette flow model into a commercially viable platform for continuous, high-purity synthesis.
Precision Reactors for High-Value, High-Stakes Industries
Whether it’s controlled crystallization in pharmaceuticals, slurry processing in battery materials, or selective dispersion in nanomaterials, our systems offer unmatched purity, repeatability, and scalability.
Energy Storage
Enables precise synthesis of battery materials like electrode slurries and solid electrolytes.
2D Materials
Supports uniform production of high-quality 2D materials such as graphene.
electronics
Advanced electronic materials and semiconductor components.
pharmaceutical
Provides controlled environments pharmaceutical development and scale-up.
Cosmetics
Creates stable emulsions and active blends for skincare and cosmetic products.
petrochemical
Facilitates efficient chemical reactions for catalyst testing and additive synthesis.
food & beaverage
Delivers clean and consistent processing for flavors, nutrients, and food ingredients.
recycle & green
Enables eco-friendly chemical recycling of plastics, batteries, and industrial waste.
From Concept to Commissioning End-to-End Technical Partnership
From early-stage process development and pilot testing, to custom reactor design, installation, and ongoing technical support, our team works closely with clients to ensure seamless integration and long-term performance.
- Process Development
- Faster Scale-Up
- High-Purity Results
- Reduced Downtime
- Turnkey System Delivery
- Global Technical Support
Insights, Innovations, and Industry Recognition
This section provides valuable resources for researchers, partners, and media professionals seeking to understand the science, technology, and real-world impact of our LCTR® reactor systems.
- Exhibition
Greetings from Laminar Co., Ltd. We are excited to announce our participation in ACHEMA 2022, one of the world’s leading...
- News, Webinar
Greetings from Laminar Co., Ltd. We’re excited to invite you to a free webinar hosted by our UK distributor, Analytik,...