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Labmate LMHD-A105 is a laboratory high-speed dissolver used for controlled mixing, dispersion, and emulsification of powders, liquids, and semi-solid formulations using a high-shear rotor system.
It is used for lab-scale formulation and R&D applications requiring consistent particle distribution.
Labmate LMHD-A105 performs three core functions:
Breaks powder agglomerates
Disperses pigments and solids into liquids
Forms uniform emulsions and suspensions
It is used when controlled shear mixing is required in laboratory formulations.
Labmate system uses a high-speed rotor–stator or dispersing impeller that creates shear forces inside a vessel.
Sample is placed in a compatible vessel
Rotor rotates at controlled speed
Shear forces break particle clusters
Material disperses into liquid phase
Uniform mixture is achieved
This ensures repeatable laboratory-scale mixing.
Pharmaceutical formulation laboratories
Chemical R&D and testing labs
Cosmetic development laboratories
Food and beverage research labs
Academic research facilities
These industries use it for controlled dispersion and emulsification.
High-shear rotor mixing system
Digital programmable speed and time control
Variable speed up to 6000 RPM
Multi-viscosity sample processing
Benchtop laboratory operation
These capabilities support formulation development workflows.
Use LMHD-A105 when:
High-shear dispersion is required
Medium to high viscosity samples are processed
Controlled RPM and timing are needed
Repeatable formulation results are required
Benchtop laboratory operation is preferred
It is not ideal for gentle or low-shear mixing tasks.
Laboratory homogenizers
Emulsifying systems
Overhead stirrers
Magnetic stirrers
These support full formulation workflows.
Digital control interface
Adjustable rotor positioning
Controlled acceleration and deceleration
Stable benchtop structure
Safety interlock and protection system
These support controlled laboratory operations.
Q1. What is Labmate LMHD-A105 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 can process powders, liquids, suspensions, emulsions, and viscous formulations.
Q4. Is it suitable for viscous materials?
Yes, it supports medium to high-viscosity laboratory samples.
Q5. What is the difference between dissolver and homogenizer?
A dissolver focuses on dispersion using shear forces, while a homogenizer reduces particle size to finer scales.