Product Overview
50 ml tube rack for MR600D
This 50 ml tube rack is designed for the MR600D non-contact ultrasonic disruptor. It supports 1-3 x 50 ml tubes with a recommended per-tube volume of 2-10 ml, and is suitable for micro-sample DNA fragmentation, chromatin shearing, and parallel ultrasonic processing.
Product Description
Product overview
This 50 ml tube rack is designed for the MR600D non-contact ultrasonic disruptor. It supports 1-3 x 50 ml tubes with a recommended per-tube volume of 2-10 ml, and is suitable for micro-sample DNA fragmentation, chromatin shearing, and parallel ultrasonic processing.
Features
- Non-contact processing reduces cross-contamination and probe-related contamination risk.
- Supports parallel ultrasonic treatment of multiple tubes under low-temperature water circulation.
- Adjustable amplitude, pulse timing, and total processing time help establish repeatable methods.
- The tube rack rotates during sonication to improve energy distribution uniformity.
- Suitable for DNA fragmentation, chromatin shearing, and cell or bacterial disruption workflows.
- Tube racks can be customized for specific throughput and tube-format requirements.
Typical workflow
- Select the matching tube rack and verify water-circulation temperature.
- Load samples, remove bubbles, and place tubes in the ultrasonic chamber.
- Set amplitude, pulse timing, and total processing time.
- Run fragment, lysis, or downstream QC checks after processing.
Specifications
- Source ID: 89
- Published: 2026-05-25
- Model: MR600D
- Capacity: 1-3 x 50 ml tubes
- Recommended volume per tube: 2-10 ml
Key Features
- Non-contact processing reduces cross-contamination and probe-related contamination risk.
- Supports parallel ultrasonic treatment of multiple tubes under low-temperature water circulation.
- Adjustable amplitude, pulse timing, and total processing time help establish repeatable methods.
- The tube rack rotates during sonication to improve energy distribution uniformity.
- Suitable for DNA fragmentation, chromatin shearing, and cell or bacterial disruption workflows.
- Tube racks can be customized for specific throughput and tube-format requirements.
Application Value
- Improves consistency across multi-tube processing.
- Reduces contamination risk from direct sample contact.
- Supports method optimization, repeatability, and batch records.
Specifications
Typical Workflow
- 01Select the matching tube rack and verify water-circulation temperature.
- 02Load samples, remove bubbles, and place tubes in the ultrasonic chamber.
- 03Set amplitude, pulse timing, and total processing time.
- 04Run fragment, lysis, or downstream QC checks after processing.