Stomacher 80 microBiomaster – Lab Blender for Ultra-Low Volume Sample Preparation

Developed by Seward, the microBiomaster offers advanced blending capabilities for small and sensitive samples. Its unique adjustable door mechanism allows users to fine-tune the paddle clearance, ensuring optimal blending pressure without compromising sample integrity or cell viability.

Key Features:

• Sample volume range: 250 µl to 80 ml

• Adjustable paddle pressure: Patented door design accommodates a variety of sample types and volumes

• Blending programs: Preset times of 30, 60, 120 seconds or continuous operation

• Variable speeds: 230, 265, and 300 rpm for tailored blending control

• Closed-bag system: Reduces cross-contamination risk and eliminates cleaning between samples

• Compact footprint: 290 × 325 × 190 mm, fits easily on any benchtop or inside a safety cabinet

• Durability: Built for demanding lab environments with a 3-year warranty and 10-year service support

• Improved sample recovery: Achieves up to 5000× greater viable cell recovery compared to traditional homogenization methods

Ideal Applications

• Microbiology and food safety: Processing swabs, rinses, or tissue samples for pathogen detection

• Clinical diagnostics: Preparing clinical samples like biopsies, swabs, and viral specimens

• Life sciences research: Homogenizing stem cells, microbiome samples, or low-volume liquid cultures

• Pharmaceutical and biotech labs: Supporting vaccine research, tissue processing, and cell isolation

Why Choose the Stomacher 80 microBiomaster?

• Handles ultra-small volumes with precision and repeatability

• Adjustable blending pressure ensures consistent results

• Sterile, single-use bag system simplifies workflows and maintains hygiene

• Designed for laboratories that require accuracy, sterility, and high cell recovery

• Trusted by researchers in microbiology, diagnostics, and life science fields

Enhance your lab’s small-sample processing capabilities with the Stomacher 80 microBiomaster – the trusted Stomacher lab blender for high-efficiency, low-volume applications.