ChannelMAX 100A Twin
Key Features
Run dual two-electrode voltage clamp experiments simultaneously
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.
Best value
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, as compared in the table below.
Plus labor cost is additional. Coming with the lower cost is also better quality.
| Items |
Cost per Item |
Number of Items Needed |
Cost |
Total |
|
| Traditional system | Patch Manipulator, Microscope, etc. | $8,000 |
4 |
$32,000 |
$82,000 |
| Patch data acquisition systems | $7,000 |
4 |
$28,000 |
||
| TEVC Manipulator, Microscope, etc. |
$4,000 |
2 |
$8,000 |
||
| TEVC data acquisition systems |
$7,000 |
2 |
$14,000 |
||
| ChannelMAX 100A Twin |
One unit for 4 patch clamp experiments or 2 TEVC experiments |
$23,980 |
1 |
$23,980 |
$30,980 |
| Data Acquisition system | $7,000 | 1 |
$7,000 |
Maximum flexibility
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.
Publish sooner!
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.
System Specifications
Major Components
Motorized Stage
|
Manual XY Stage
Data Acquisition Board
Perfusion Chamber Accepts 1/16" tubing |
Computer Requirements
- Windows 2000 or XP with 2.0 GHz CPU
- At least 1 USB port
- 1 PCI slot
US Price
$25,980.00
Contact us for international pricing.