The CleverArm motorised micromanipulator is built to highest standards for patch clampers who need absolute reliability, stability and precision.
For more information, specs and tips on how to use the CleverArm read more below or get your quote today.
The reliable stepper motors are driven by electronics mounted on the manipulator body, with a single power cable powering the card. The drive card receives commands from the CleverControl cuboid and the PC software via Wi-Fi signal.
Different frequency settings can be selected to coordinate different MCI devices in the lab. Cables are therefore kept to a minimum, which reduces the chances of electrical noise being picked by the typical bird’s nest of cables around the setup. Opting for the wireless solution also solves the problem of cables exerting a pulling force on the manipulator, often a cause of electrode drift.
The CleverControl Cuboid has three ergonomically positioned control wheels for controlling the manipulator stages. The Cuboid also allows access to many more complex manipulator functions through the intuitive software. Six click-buttons are positioned next to the LCD screen to control the manipulator functionality through different screen directories. This allows the user to customise manipulator movement variables and offers extra functionality, like setting user preferences, memory positions and protocols.
The starting point for developing this manipulator technology was to meet and exceed the basic micromanipulator requirements for the electrophysiologist –
Stability – less than 1 um drift per hour. Each individual manipulator is tested in our laboratory and won’t be shipped before meeting this criterium. A recording of this drift test will be included as a “birth certificate” when the CleverArm arrives in your lab. This is done under typical experimental conditions, so you can trust this specification to be real, and not a theoretical value, as is the case with some other brands.
Electrical Noise – The Wi-Fi signal emits a frequency outside the range of interest to the neuroscientist. These manipulators can be used for recording the smallest of signals without noise issues.
Reliable Stepper Motor Technology – Our stepper motors offer smooth movement (smoothness of 20nm – minimum step size of 100nm) and reliability that allows us to confidently offer our excellent 3-year warranty.
Modular – The modularity of the system allows for flexible positioning of the manipulator next to your rig. It also means you can switch between left and right handedness easily.
Virtual Diagonal Axis – an angular detector senses the angle of the electrode-mounting plate. The electrode can be moved at this angle when the Diagonal Axis function is activated.
Warranty – For your peace of mind, the CleverArm manipulator comes with a 3-year warranty, showing our confidence in this technology.
In this video you’ll find out how you can adjust the horizontal rotary lock of the CleverArm in an anti-clockwise direction
If you want to adjust the vertical angular lock of the CleverArm to a shallower angle watch this demonstration video
Find out how you can adjust the vertical angular lock of the CleverArm to a steeper angle by watching this short video
Watch this video and find out how you can switch the CleverControl Cuboid from right to left-handed or left to right-handed
Want to adjust the wheel gear on the cuboid, switching between high speed, medium speed and low/patch speed? Watch this video to find out how
In this video you will see how you can save and select memory positions on the cuboid
Find out how you use the Change Probe and Working Position functions on the Cuboid
Need to know how to select a different device on the Cuboid? Watch this video to find out
What our customers say: ‘Our team recently bought 2 Wireless manipulators from MCI. One of them was mounted straightaway on a slice electrophysiology setup, where it’s been in daily use since then. We are quite happy with the manipulator. Its installation did transiently introduce some noise into our recordings, because of some interactions with other electrical components, but we could rapidly solve this problem by making some easy arrangements on our grounding system. So basically, no electrical problem deriving from it. The manipulator turned out to be very stable and reliable in all senses for whole-cell recordings in slices, with the WIFI system working without any kind of issue.’ Marco A. Diana PhD. Neuroscience Paris Seine (NPS)