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K1 Nanoparticle Reactor

K1 Nanoparticle Reactor

Achieve more than 1 kg/day nanoparticle synthesis with K1 

The K1 reactor system is a breakthrough solution for nanomaterial production, designed to deliver unmatched speed, safety, and precision through intelligent automation. Powered by continuous flow chemistry and modular components, it can generate sample volumes ranging from millilitres in minutes to over a kilogram of nanomaterials per day—all within a compact benchtop system. Its patented high shear annular flow technology eliminates the need for extreme temperatures and pressures, creating a safer lab environment while ensuring consistent nanoparticle size, morphology, and performance across every batch.

The K1 goes beyond traditional reactors with built‑in machine learning optimization, analyzing reaction data in real time to fine-tune process parameters and streamline development. Fully automated workflows reduce hands-on experimentation, accelerating the journey from concept to large-scale nanomaterial manufacturing. With effortless scalability to the high-capacity K10 (10 kg/day) and K100 (100 kg/day) systems, the K1 is the ideal platform for labs and industries seeking faster, safer, and scalable nanomaterial synthesis.

Unique Features

Category Details
Family of Nanoparticles 2D Materials

Metals

Metal Oxides

Metal Organic Frameworks

Quantum Dots

Organic Nanoparticles

Size Range <5 nm to 5 µm
Morphologies Spheres, Flakes, Rods, Stars and more
Throughput (dry basis) 1 kg/day

Technical Specification

K1 Bioreactor Specifications

Features Start Pro (Coming soon) Max (Coming soon)
Dosing Continuous Low Pulsation Pumping Continuous Low Pulsation Pumping

Automated valves

Continuous Low Pulsation Pumping

Automated valves

Product Collection None None Stirrer

Waste and Product Pumps

Max Number of Reagents 2 4 4
Automation Level Single Batch Dispensing

Manual Cleaning & Loading

Continuous Dispensing

Autonomous Reaction and Cleaning

Continuous Dispensing

Autonomous Reaction and Cleaning

Automated Product Collection with Spray Reduction

Use Cases Single Batch Synthesis Multi Sample Synthesis High Throughput Synthesis
Sensors None Pressure Pressure