R&D experiments
When developing cosmetics at the laboratory level, many laboratories operate manually and simulate the production process step by step, and it is more convenient and simple to reproduce the cosmetic production process in a small-capacity reactor. Therefore, a complete reactor system will make the process of controlling the reaction process, developing new products and providing solutions for production more efficient.

 
Glass Reactor: GR-D5L
Overhead Stirrer: OHS-40P
Homogenizer: HMG-160
Double layer Glass Reactor GR D5L05 Stirrer LCD Digital Overhead Type OHS P Series%EF%BC%888%EF%BC%89 Homogenizer Hand held Type HMG 160 1
Borosilicate Glass and PTFE are used for the parts in contact with materials, which has stable performance.Discharge valve, no effusion side discharge, and the recovery of solution is very fast.The mixing system adopts double bearing and double skeleton oil seal, which has high temperature resistance, wear resistance and good sealing effect.
Brushless DC motor for long life, maintenance free.Constant speed despite viscosity change of the sample.Spillage and overload protection safety circuits.

Remote PC control and data transmission.

Self-locking drill chuck, tools free.

Stirring paddle “topcross” design, easy to replace the container.
Ideal for manual operation due to its lightweight and ergonomic design.Processing range: 0.1-50mL or 1-250ml.Speed from 8,000rpm to 32,000 rpm

316L stainless steel shafts are fully autoclavable and inert for highly corrosive solutions.

All shafts are interchangeable for easy dismantling and cleaning.
Viscosity Measurement
Whether it is low-viscosity shampoo, facial mask, lotion, or medium-viscosity foundation cream, conditioner, or face cream, in addition to the functional effectiveness of the formula, the product’s application performance can also greatly affect the quality and pricing of the final product.
High subdivision drive of stepping motor with 16-bit microprocessor core.The screen directly displays viscosity, shear rate, shear stress, speed, temperature, percent torque, rotor number, and the maximum viscosity value of the selected rotor that can be measured at the current speed.The RTD temperature probe can monitor and measure the temperature of the tested sample in real time.