Tissue preparation and cell disruption.
Choose your approach.

High-pressure mechanical lysis with standard and mini-cell choices.

Standard cell reference: 35 mL / 40 kpsi; confirm working loading

Bead beating with compatible reaction-vial adapters; other jar and tube formats need configuration review.

Vial count depends on the selected adapter

Parallel biological preparations with compatible vial adapters; count depends on the vessel format.

Vial count depends on the selected adapter

A compact bead mill for individual biological samples in sealed screw-cap microvials, with digital timing and a brushless motor.

Sample capacity: 10-400 mg wet weight · Vial format: One 2 mL screw-cap microvial

A compact 16-position bead mill for microbial cells and plant or animal tissue, with digital timing and a quiet ULTRA enclosure.

Vial positions: Up to 16 × 2 mL screw-cap microvials · Speed: 3,450 rpm

A 24-position bead mill for biological sample disruption, with variable speed, runtime cycling and a quiet ULTRA enclosure.

Vial positions: Up to 24 × 2 mL screw-cap microvials · Speed: 2,400-3,800 rpm

A high-capacity bead mill for parallel disruption of biological samples in deep-well plates, microvials or larger tubes.

Plate capacity: One 2 mL deep-well plate or two 1 mL deep-well plates · Tube formats: 45 microvials; optional holders for twenty 7 mL or two 50 mL tubes

A chamber-style bead mill for disrupting aqueous suspensions of yeast, fungi and bacteria for protein, enzyme and organelle recovery.

Chamber volume: 350 mL total; 200 mL working · Motor: 3/8 hp, single speed

A stainless steel mortar and pestle system for fragmenting hard-frozen tissue before extraction or further homogenization.

Single-sample options: 10–100 mg, 0.1–1 g or 1–10 g · 12-well option: 10–100 mg per well

An insulated stainless steel mortar for grinding frozen tissue while retaining low sample temperatures.

Tissue capacity: 100 mg to 10 g · Insulated mortar for manual grinding of frozen tissue

A mechanical clamp for compressing and rapidly freezing fresh tissue into a thin wafer for subsequent sample preparation.

Fresh tissue in a poly-bag · Liquid-nitrogen-cooled compression clamp

A digitally controlled rotor-stator homogenizer for soft tissue, emulsification and liquid sample preparation across a broad range of volumes.

1–1,000 mL, probe dependent · 8,000–35,000 rpm

A hand-operated stainless steel screw press for small soft-tissue samples and undiluted extracts for downstream analysis.

Manual screw press with a 250 µm screen · Disposable sample liners

Automatic nitrogen cooling for suitable difficult biological or elastic samples.

Confirm jar, adapter and downstream assay compatibility

Compact manual sonication for routine small-volume cell disruption.

55 W; up to 50 mL · Thumb-switch or continuous output; standard 1/8 in probe

Programmable small-volume sonication with pulse mode and digital energy monitoring.

125 W; up to 50 mL · 20-100% amplitude; timer up to 10 hours

Laboratory probe sonication for cell lysis, homogenization and dispersion.

500 W; up to 1 L · 20-100% amplitude; programmable timing and pulses

Touchscreen sonication with full-range amplitude control and stored program sequences.

700 W; up to 2 L for low-viscosity liquids · 1-100% amplitude; 10 stored programs; sequences of up to 5

Industrial ultrasonic processing for larger batches, including cell lysis, with direct-probe or flow-cell configurations.

2,000 W; approximate system range 5-20 L · Programmable timing, pulses and optional temperature monitoring

High-power industrial ultrasonic processing for application-dependent large batches.

2,500 W; approximate range 5-20 L · High-intensity probe and booster; optional temperature monitoring

Dedicated cooled system for chromatin and DNA shearing in sealed sample tubes.

750 W; 50 µL to 1 mL per tube · Up to 18 tubes, rack dependent; 150 bp to 3 kb DNA fragment range · Chiller, rotating sample system and sound enclosure included