Labmate Portable Tissue Homogenizer LMPTH-A100
The Labmate Portable Tissue Homogenizer LMPTH-A100 delivers rapid and efficient homogenization for small-volume biological samples. It operates at variable speeds ranging from 8,000 to 32,000 rpm, ensuring consistent tissue disruption with minimal heat generation. Equipped with a brushless motor for quiet operation and extended service life, the LMPTH-A100 features a stainless steel rotor-stator shaft that provides durability and autoclavability for laboratory hygiene. Lightweight and ergonomic, this portable homogenizer is ideal for molecular biology workflows, supporting RNA, DNA, and protein extraction from tissue samples.
Product Info
Key Features
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Variable speed: 8,000–32,000 rpm with 10 adjustable stages
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Maximum linear velocity: 6.3–14 m/s
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Wide working volume range for small samples (0.1 mL)
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Suitable for liquids up to 5,000 mPa·s viscosity
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Portable and lightweight design (0.5 kg)
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Brushless motor for quiet operation and long service life
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Stainless steel rotor-stator shaft, autoclavable
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Ergonomic and easy to handle
Applications
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Tissue homogenization for molecular biology studies
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RNA, DNA extraction and protein analysis
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Genetic and pharmaceutical research
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Small-volume sample processing in laboratories and fieldwork
Technical Highlights
Specification Details Speed Range 8,000–32,000 rpm Maximum Linear Velocity 6.3, 10, 14 m/s Speed Levels 10 stages Working Volume Range (H₂O) 0.1 mL Maximum Viscosity 5,000 mPa·s Dispersing Shaft Material SS 316L stainless steel, PTFE Noise Level 72 dB(A) Ambient Temperature Range 0–40 °C Ambient Humidity ≤85% Motor Type AC carbon brush motor Power Consumption 160 W Power Supply 220–240 V / 50–60 Hz Dimensions (L×W×H) 45 × 55 × 190 mm Packaging Dimensions 490 × 270 × 260 mm Net Weight 0.5 kg Gross Weight 4 kg Standard Accessories
Model No Accessory LMPTH-A100-D1 Drive LMPTH-A100-S1 Shaft LMPTH-A100-SD1 Stand The Labmate LMPTH-A100 is a compact, high-performance portable homogenizer suitable for research laboratories and field-based molecular biology applications requiring reliable tissue processing and sample preparation.
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