Product Details
The PatchStar micromanipulator has been carefully engineered for low-drift operation (less than 1 micron in 2 hours). It's stable, precise and reliable. Providing 20 mm of smooth travel in each axis (X,Y,Z and approach), with 20 nm resolution. The fourth 'virtual approach' axis features a unique smart sensor which removes the need to manually measure and calibrate the crucial, approach.
The modular design offers unrivalled flexibility and can be changed from left to right-handed operation in minutes. The low-noise motors of the PatchStar are shielded within each axis, allowing users to accurately, and without interference, record even weak signals. This is crucial for users making single-channel recordings, improving accuracy and reliability of recordings.The PatchStar micromanipulator has been carefully engineered for low-drift operation (less than 1 micron in 2 hours). It's stable, precise and reliable. Providing 20 mm of smooth travel in each axis (X,Y,Z and approach), with 20 nm resolution. The fourth 'virtual approach' axis features a unique smart sensor which removes the need to manually measure and calibrate the crucial, approach.
The modular design offers unrivalled flexibility and can be changed from left to right-handed operation in minutes. The low-noise motors of the PatchStar are shielded within each axis, allowing users to accurately, and without interference, record even weak signals. This is crucial for users making single-channel recordings, improving accuracy and reliability of recordings.The PatchStar micromanipulator has been carefully engineered for low-drift operation (less than 1 micron in 2 hours). It's stable, precise and reliable. Providing 20 mm of smooth travel in each axis (X,Y,Z and approach), with 20 nm resolution. The fourth 'virtual approach' axis features a unique smart sensor which removes the need to manually measure and calibrate the crucial, approach.
The modular design offers unrivalled flexibility and can be changed from left to right-handed operation in minutes. The low-noise motors of the PatchStar are shielded within each axis, allowing users to accurately, and without interference, record even weak signals. This is crucial for users making single-channel recordings, improving accuracy and reliability of recordings.
The modular design offers unrivalled flexibility and can be changed from left to right-handed operation in minutes. The low-noise motors of the PatchStar are shielded within each axis, allowing users to accurately, and without interference, record even weak signals. This is crucial for users making single-channel recordings, improving accuracy and reliability of recordings.The PatchStar micromanipulator has been carefully engineered for low-drift operation (less than 1 micron in 2 hours). It's stable, precise and reliable. Providing 20 mm of smooth travel in each axis (X,Y,Z and approach), with 20 nm resolution. The fourth 'virtual approach' axis features a unique smart sensor which removes the need to manually measure and calibrate the crucial, approach.
The modular design offers unrivalled flexibility and can be changed from left to right-handed operation in minutes. The low-noise motors of the PatchStar are shielded within each axis, allowing users to accurately, and without interference, record even weak signals. This is crucial for users making single-channel recordings, improving accuracy and reliability of recordings.The PatchStar micromanipulator has been carefully engineered for low-drift operation (less than 1 micron in 2 hours). It's stable, precise and reliable. Providing 20 mm of smooth travel in each axis (X,Y,Z and approach), with 20 nm resolution. The fourth 'virtual approach' axis features a unique smart sensor which removes the need to manually measure and calibrate the crucial, approach.
The modular design offers unrivalled flexibility and can be changed from left to right-handed operation in minutes. The low-noise motors of the PatchStar are shielded within each axis, allowing users to accurately, and without interference, record even weak signals. This is crucial for users making single-channel recordings, improving accuracy and reliability of recordings.