Rotary Joint (1×1)
The fiber rotary joints consists of a sealed lens system and high precision bearings that rotate between fibers without affecting light transmission. When the animal
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The fiber rotary joints consists of a sealed lens system and high precision bearings that rotate between fibers without affecting light transmission. When the animal
Model 91397-003 The PlexBright Dual LED Commutator is ideal for experiments in which the only tethered cables are as a result of the optogenetic stimulation.
Model 91397-204 Ideal for experiments in which optogenetic stimulating is performed simultaneously with neural recording using analog headstages. It, too, has a light-weight, low-torque, passive
The 1×1 Fiber-optic Rotary Joint is the simplest and our most popular connectorized rotary joint.Its optical system is designed for the visible spectrum and for
This connectorized joint sends the light from an optical fiber on a fixed side into two optical fibers on a rotating side in a 50:50
2×2 Fiber-optic Rotary Joint optically connects two optical fibers on its stationary side with their counterparts on the rotating side. Two optical channels follow separate
The 2×2 Assisted Fiber-optic Rotary Joint is a two-channel device with a motion sensor and motorized rotation assistance that connects optical fibers on its stationary
The fiber rotary joints consists of a sealed lens system and high precision bearings that rotate between fibers without affecting light transmission. When the animal
Model 91397-003 The PlexBright Dual LED Commutator is ideal for experiments in which the only tethered cables are as a result of the optogenetic stimulation.
Model 91397-204 Ideal for experiments in which optogenetic stimulating is performed simultaneously with neural recording using analog headstages. It, too, has a light-weight, low-torque, passive
The 1×1 Fiber-optic Rotary Joint is the simplest and our most popular connectorized rotary joint.Its optical system is designed for the visible spectrum and for
This connectorized joint sends the light from an optical fiber on a fixed side into two optical fibers on a rotating side in a 50:50
2×2 Fiber-optic Rotary Joint optically connects two optical fibers on its stationary side with their counterparts on the rotating side. Two optical channels follow separate
The 2×2 Assisted Fiber-optic Rotary Joint is a two-channel device with a motion sensor and motorized rotation assistance that connects optical fibers on its stationary