This system is similar to the ChannelMAX 100A Mini except it can be used for doing two two-electrode voltage clamp experiments or up to four patch clamp experiments simultaneously.
Run dual two-electrode voltage clamp experiments simultaneously:
With two additional micromanipulators, the system can perform dual two-electrode voltage clamp (TEVC) experiments simultaneously. Designed to be affordable to the scientific community, this system increases productivity significantly. Additional units can be run in parallel to further increase TEVC throughput.
Run up to four patch clamp simultaneously:
As each manipulator can do one patch clamp experiment, the ChannelMAX 100A Twin can run up to four patch clamp experiments at the same time. This system significantly increases productivity for patch clamping.
High quality single channel recording:
Since the computer controlled manipulators guide the patch pipettes to touch the cell membrane in a more precise and consistent manner than manually controlled manipulators, the success rate of making seals is over 90%. The system possesses the same high quality, noise free, low drift and vibration free data acquisition as the PatchMAX 100A system.
This system is more cost effective than a traditional electrophysiology setup. In order to reach the same functionality and productivity using a traditional setup, the equipment cost is more expensive. Contact AutoMate for a table comparing traditional versus ChannelMAX cost. Labor costs are reduced and data quality improves.
The user has control of each automated manipulator using software, so that it can act like a manual manipulator. Each manipulator can be removed and repositioned easily on the breadboard. The manual stages that come with the manipulator allow fine adjustment of the postion. The system can be used with variable lengths of pipettes.
Save lab space:
With a footprint of only 12 in x 12 in, the ChannelMAX 100A Twin combines multiple TEVC and patch clamp systems into one. This significantly reduces the lab space requirement.
Less labor intensive:
ChannelMAX 100A systems relieve users from labor intensive experiments through automation.
This configuration doubles the efficiency compared to the ChannelMAX 100A Mini, thus providing the best value. If you work on 50 oocytes per week using a traditional two-electrode voltage clamp system, now you can extract data from 100 oocytes per week.
• Four micro-manipulators, each one includes a motorized linear stage and a manual XY stage
• Two perfusion chamber I and platform
• One PCI data acquisition board with BNC interface
• Mechanical error: < ± 0.05 mm
• Dimensions: 12 in x 12 in x 9.5 in
• Weight: 15 lbs.
• Line voltage: 100 VAC to 120 VAC, or 220 VAC to 240 VAC
• Travel: 28 mm
• Resolution: 0.05 µm
• Maximum speed: 4 mm/s
• Lowest speed: 0.5 µm/s
• Serial/USB interface
Manual XY Stage:
• Modular Dovetail Linear Stages
• Set, lock, and forget; less susceptible to shock and vibration
• 0.5 in travel
Data Acquisition Board:
• Sixteen analog Inputs, 16-bit, 250 kS/s, Input Impedance: > 10 GΩ in parallel with 100pF
• Two 16-bit analog outputs, 740 kS/s per channel. Output impedance: 0.2 Ω
• 24 digital I/O lines, 32-bit counters; digital triggering
• Analog input range: ± 10 V
• Analog output range: ± 10 V
Accepts 1/16" tubing
For full web page, please see http://www.autom8.com/auto-ch-twin.html
Download a User's Manual at http://www.autom8.com/pdfs/automatedpatch/Manual-NeoBiosystems-FAQ.pdf
Download a brochure at http://www.autom8.com/pdfs/automatedpatch/ChannelMAX-100A-Mini-Twin.pdf