Description

Product Information

The OMNI Bead Ruptor 96 Well Plate Homogenizer, Model 27-0001, is a versatile and powerful tool ideal for high-throughput applications, processing up to 384 samples per cycle. Manufactured with exceptional homogenization capabilities suitable for dry grinding, particle reduction, and cryo-milling, making it a comprehensive solution for laboratories working with grains, plastics, tissues, and more. Measuring 15” in width, 17” in depth, and height of 18.3” with lid open, it is a space-efficient unit. Its digital controls ensure reproducibility, while its large processing swath guarantees high impact forces. The Bead Ruptor 96 includes multiple sample processing modes, including sealed jar milling, bead milling, and cryogenic milling. Suitable for use with sealed stainless steel jars and SBS format well plates, it supports a processing range of 25 µL to 50 mL and operates at a variable frequency from 3 to 30 Hz. The unit is compliant with CE & UKCA standards, reflecting quality and safety.

Key Features

High throughput processing up to 384 samples
Versatile for dry grinding, cryo-milling, and particle reduction
Digital controls for reproducibility
Processes range 25 µL to 50 mL
Variable frequency from 3 to 30 Hz

Specifications

Compatibility: Cryogenic milling, well plate processing, bead milling
Accessories: Sealed stainless steel jars, SBS format well plate
Processing range: 25 µL to 50 mL
Performance range: Variable from 3 to 30 Hz in 0.1 Hz steps
Run time: 5 sec – 99 min with timer HOLD function
Power rating: 100-230 VAC, 50/60 Hz
Dimensions: W: 15”, D: 17”, H: 18.3” with lid open
Weight: 92 lbs. (42 kg)
Compliance: CE & UKCA Approved

Weight

Imperial: 110.4 Pounds

Metric: 50.08 Kilograms

Shipping Dimensions

Imperial: 26.4 lb x 26.4 lb x 22.8 lb

Metric: 67.06 cm x 67.06 cm x 57.91 cm

Harmonized Code

84798200

Harmonized Code Details

84798200 – Machines for mixing, kneading, crushing, grinding, etc. This code applies as the OMNI Bead Ruptor 96 performs functions like grinding and homogenizing samples.