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Labmate LMHD-A106 is a laboratory high-speed dissolver used for controlled high-shear mixing, dispersion, and emulsification of powders, liquids, and semi-solid formulations.
It is designed for laboratory-scale and R&D formulation work.
Labmate LMHD-A106 performs three main functions:
Breaks powder agglomerates
Disperses solids into liquid systems
Forms uniform emulsions and suspensions
It is used when controlled particle distribution is required in laboratory formulations.
Labmate system operates using a high-speed rotor–stator dispersing mechanism that generates shear forces inside a vessel.
Sample is placed in a compatible vessel
Rotor rotates at controlled speed (500–6000 RPM)
Shear forces break particle clusters
Material disperses into liquid medium
Uniform mixture is achieved
This ensures repeatable laboratory-scale processing.
Pharmaceutical formulation laboratories
Chemical research and testing labs
Cosmetic product development facilities
Food and beverage research labs
Academic research institutions
These industries use controlled shear mixing for formulation consistency.
High-shear rotor–stator mixing system
Digital programmable control (speed, time, acceleration)
Variable speed up to 6000 RPM
Multi-viscosity sample handling
Benchtop laboratory design
These capabilities support formulation development and testing workflows.
Use Labmate LMHD-A106 when:
High-shear dispersion is required
Medium to high-viscosity materials are processed
Repeatable formulation results are required
Controlled RPM and acceleration are needed
Benchtop laboratory operation is preferred
It is not intended for low-shear blending.
Laboratory homogenizers
Emulsifying systems
Overhead stirrers
Magnetic stirrers
These support full laboratory formulation workflows.
Digital control interface
Adjustable rotor positioning
Controlled acceleration and deceleration
Stable benchtop structure
Safety interlock system
These ensure controlled laboratory operation.
Q1. What is Labmate LMHD-A106 used for?
It is used for high-shear mixing and dispersion of powders, liquids, and semi-solid formulations in laboratory environments.
Q2. How does a high-speed dissolver work?
It uses a rotor–stator system to generate shear forces that break particle clusters and distribute materials uniformly.
Q3. What materials can it process?
It processes powders, liquids, suspensions, emulsions, and viscous formulations.
Q4. Is it suitable for viscous materials?
Yes, it supports medium to high-viscosity laboratory samples.
A dissolver focuses on shear-based dispersion, while a homogenizer reduces particle size to finer scales for stable emulsions.