PI, a world chief in precision movement management and nanopositioning, broadcasts quick supply of its nanometer-precise, high-speed V-308 vertical nanopositioning stage. The system presents 7 mm of Z-travel and 10-nanometer incremental movement, making it very best for OEM and analysis functions in life sciences, DNA sequencing, semiconductor manufacturing, laser processing, and supplies science. This progressive design combines lengthy journey vary with distinctive dynamics and precision, attaining bidirectional repeatability of 25 nanometers.
Picture Credit score: PI (Physik Instrumente) LP
Closed-Loop Linear Slide Design with Voice Coil Motor and Linear Encoder
The V-308 is constructed on a closed-loop motorized linear slide, that includes an optical place sensor that delivers sub-nanometer decision. Its frictionless voice coil linear motor permits vertical (or horizontal) movement as much as 7 mm at speeds of as much as 200 mm/sec (8 in/sec), guaranteeing high-speed, high-accuracy scanning. Guided by low-friction cross-roller bearings, this low-profile linear slide is designed for sturdiness and constant efficiency in high-duty-cycle, 24/7 industrial environments.
Ease of use is enhanced with a user-adjustable magnetic counterbalance — very best for supporting heavy, giant numerical aperture microscope goal lenses (as much as 1 kg) in vertical setups — and adjustable laborious stops to restrict journey vary as wanted.
Controller/Software program
The V-308 quick focusing voice-coil stage is optimized to be used with PI’s compact C-414 movement controller, providing high-resolution closed-loop management and quick settling instances. Built-in software program instruments help waveform technology, PID tuning, and distant operation through customary interfaces, guaranteeing seamless integration into automation programs and precision scanning functions.
V-308 levels can be operated utilizing a wide range of ACS movement controllers, which offer larger energy output, superior algorithms, and extremely customizable movement profiles to maximise dynamic efficiency.
Separating the controller from the stage reduces warmth technology on the level of movement, bettering accuracy and enabling the usage of current high-performance movement controller architectures.
Industries Served
Laser-technology, semiconductor metrology, super-resolution microscopy, medical expertise, life sciences, digital slide scanning, DNA sequencing
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