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Labmate LMHD-A107 is a benchtop high-speed dissolver used for mixing, dispersion, and emulsification of liquids, powders, and suspensions in laboratory environments.It is used in formulation development, sample preparation, and lab-scale product testing.
Labmate LMHD-A107 performs high-shear mixing using a rotating dispersing blade to break particle clusters and distribute materials uniformly in liquid or semi-solid systems.
Labmate LMHD-A107 works using a high-speed rotor–stator system.
The rotor rotates at high speed
The stator creates shear zones
These shear forces break particles and disperse materials evenly
This process helps achieve uniform emulsions and stable dispersions in lab-scale batches.
It can process:
Liquids
Suspensions
Emulsions
Powders
Viscous formulations
Yes. It is suitable for medium to high-viscosity laboratory samples, depending on formulation and batch volume.
Pharmaceutical formulation development
Cosmetic product testing
Chemical research laboratories
Food and beverage R&D
Academic research labs
Cream and gel formulation
Pigment dispersion
Emulsion stability testing
Suspension preparation
Chemical blending studies
Choose this equipment when:
Controlled lab-scale mixing is required
High reproducibility is needed
Variable speed and acceleration control are important
Small batch processing is required (50–2000 mL)
Dissolver:
Uses shear force to disperse particles in liquids.
Homogenizer:
Reduces particle size to much finer levels for ultra-fine emulsions.
Speed Range: 500–6000 rpm
Motor Power: 0.75 kW
Processing Volume: 50–2000 mL
Display: Digital control panel
Timer: 0–999 minutes
Power Supply: 220V AC, 50/60 Hz
Weight: ~19 kg
Q1. What is Labmate LMHD-A107 used for?
It is used for high-shear mixing, dispersion, and emulsification in laboratory applications.
Q2. Can speed and time be controlled?
Yes. Speed, time, and acceleration are digitally programmable.
Q3. Is it used in pharmaceutical labs?
Yes. It is widely used in pharmaceutical formulation and testing laboratories.
Q4. Can it process emulsions?
Yes. It is suitable for stable emulsion formation and testing.
Q5. What is the operating principle?
It works on a rotor–stator high-shear mechanism.
Q6. Is it suitable for viscous samples?
Yes, it supports medium to high viscosity laboratory materials.