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LCTR®– MINI
Compact Precision Reactor for Early-Stage Process Validation
LCTR® series
- LCTR®–MINI
- LCTR®-Labll
- LCTR®-Tera
- LCTR®-Peta
- LCTR®-Exa
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we develop next-generation chemical reactor systems that harness the power of laminar Taylor flow
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Product Overview
compact-scale continuous flow reactor
Despite its small footprint, it delivers the same advanced laminar Taylor flow performance as our larger models, enabling highly uniform mixing, efficient mass transfer, and scalable process development. Ideal for material validation and formulation screening, it is the perfect entry point into high-purity continuous manufacturing.
- optimized for R&D
- lab testing
- feasibility studies
01. NCM / NCA Cathode Precursor
Key Specifications
| Item | LCTR®-MINI-V |
|---|---|
| Working Volume | 20 mL |
| Max Agitation Speed | 1,500 rpm |
| Material Options | SUS316, Teflon Coating, Hastelloy-C (HAS-C), etc. |
| Dimensions (L/W/H) | 274 × 525 × 617 mm |
| Weight | 40 kg |
| Note | Custom specifications available upon request |
Key Features
- Ultra-compact design for benchtop use
- High-speed rotation with stable Taylor vortex flow
- Excellent for early-stage process optimization
- Built with corrosion-resistant, chemical-compatible materials
- Configurable based on application and material properties
High-Purity Output
Enables production of over 99% pure materials with precise control.
Cost Efficiency
Boosts yield and simplifies operation, lowering raw material use and labor costs.
Increased Productivity
Reduces reaction time with powerful, uniform mixing and continuous processing.
Env. Impact Reduction
Cuts CO₂ emissions by over 50% compared to traditional batch reactors.