The Q500 is a powerful ultrasonic processor featuring programmable operation and a digital display of operating parameters. Popular applications include nanoparticle dispersion, creating emulsions, cell lysis and homogenization.
Adjustable pulse On and Off times can be programmed from 1 second to 1 minute. Total programming has a maximum setting of 10 hours. A wide variety of probes and accessories are available to handle virtually any application.
PROGRAMMABLE OPERATIONS
Set time and amplitude for hands free operation
PULSE MODE
Prevent heat buildup in temperature sensitive samples
DIGITAL AMPLITUDE / INTENSITY CONTROL
Output intensity can be set from 20-100%
ELAPSED TIME INDICATORD
isplays duration of sonication
DISPLAY OF WATTAGE AND JOULES
Real-time energy monitoring
OVERLOAD PROTECTION
Prevents damage to circuitry if a fault occurs
ROHS COMPLIANT
Uses lead free components
| Power Rating | 500 Watts |
| Frequency | 20 kHz |
| Programmable Timer | 10 Hours |
| Adjustable Pulse On/Off | 1 Second to 1 Minute |
| Dimensions | 8″ W x 15.25″ L x 8.5″ H |
| Voltage | 110V, 50/60Hz |
The Q800R3 is our 2nd generation DNA and Chromatin shearing system. Improvements include an enhanced user-friendly design and quieter operation while remaining thousands of dollars less than the competition.
Samples can be sheared to a range of fragment sizes (150bp – 3kb). The system is compatible with commercially available sample tubes and is capable of processing up to 18 samples at one time. Multiple tube rack options can accommodate 50ul – 1ml sample volumes using a variety of standard sample tubes.
The Q800R3 is a complete package including a chiller to control temperature, digital operating system with programmable memory, high intensity ultrasonics and sound reducing enclosure.
The Q2000 offers the ability to process large volumes in individual batches or flow through applications. This model includes a high amplitude (100um), 1.5″ diameter probe and booster. The Q2000 is powerful, durable and customizable. The Q2000 with standard probe is recommended for 5-20L samples. Routine applications include emulsification, cell lysis, degassing, homogenization, solubilizing, deagglomerating and dispersing.
2 additional probe sizes (½” and 1” diameter) are available to accommodate smaller volumes. This enables the Q2000 system to be used for small R&D batches and can be scaled up to production volumes.
For continuous processing applications we offer the Q2000FCE model. This package includes the Sonicator, flocell, flocell probe, booster and chiller.
The Q2000 Sonicator allows the user to program processing times and a full range of intensity settings. Processing time can be set from 1 second to 10 hours. A pulsing feature is standard. Pulsing can reduce the amount of heat generated by sonication when processing temperature sensitive samples. A temperature monitoring probe option is also available.
Note: Air cooling of the Converter by a compressed air source is required. The user must provide approximately 10psi (5 cfm) of clean, dry air to prevent overheating of the Sonicator.
Processing volumes are application specific. There are many variables (viscosity, concentration, etc.) that can affect the min/max processing volumes and processing times.
Probes are consumable items which release particulate and require replacement over time. Post processing sample filtration is recommended.
Process liquid tank, pump, valves, tubing and compressed air source are application specific and supplied by the operator.
The Q125 is a microprocessor based, programmable ultrasonic processor. Features include pulse mode and a digital display of both wattage and joules.
The unit is effective for standard cell disruption, DNA/RNA shearing, homogenization and many other applications. The Q125 is ideal for small samples and for customers that do not plan to scale up to larger volumes in the future. This model offers the same programming and display features as the Q500 unit.
The ultrasonic homogenization equipment developed by SYNETUDE generates a high shear power, allowing the elimination of agglomerates and the dispersion of powders, nanopowders, proteins… Designed to meet current pharmaceutical standards, our technologies combine quality, ease of use, reliability and reduced maintenance. They are widely used in the production of human and animal vaccines.
Flow: mL/second to m3/hour
High efficiency and low energy consumption
Aseptic Design: GMP, cGMP and FDA
ONLINE cleaning and sterilization NEP – MS
