Create your quote
R2 System
Recover and reuse your silicon probes — on average across three chronic experiments. Metal microdrives, implantation holders, and the inexpensive replaceable parts that make recovery routine.
A small, lightweight metal microdrive that lets you recover and reuse your silicon probes. The regular arm (3.6 × 8.35 mm) suits standard silicon probes. 7 mm of travel for post-implant adjustment.
The same recoverable metal microdrive with a larger arm (5 × 10 mm) sized for Neuropixels probes. Recover and reuse your probes across experiments, with 7 mm of travel for post-implant adjustment.
A metal implantation system for chronic recordings with Neuropixels 2.0 probes that feature the dovetail caps. Micromachined rails let you attach and detach probes quickly.
The new all-metal implantation holder — a drop-in replacement for the Stereotax attachment & R2Drive holders: more precise, more durable, and a smaller footprint. Ships with a dedicated storage & assembly case (missing from the old system) that also lets you quickly mount fresh probes onto your R2drive and R2rails.
Add-on to the R2 metal implantation system. Connects to the new R2 metal holder; the 8 mm stainless-steel bar is compatible with common stereotaxes.
A dedicated case to store the R2 metal implantation system and assemble fresh probes onto your R2drive and R2rails. Included with the metal implantation system; available separately as a spare.
The original 3D-printed clamp that attaches to the rods of common stereotactic probe holders. Comes with two R2Drive holders (a regular and a Neuropixels version). Superseded by the metal implantation system.
The inexpensive, replaceable part that is sacrificed during explantation — so the probe comes out clean and reusable. Three pre-tapped bases, ready for your next implantations.
The four screwdrivers you reach for with the R2drive system — including the Torx T1 used to connect the drive base and body.
Caps & accessories
Protective headgear for freely-moving animals, plus the small parts and tools that ship alongside an R2 setup.
Designed in the Buzsáki lab as a fast, flexible way to protect silicon-probe implants on rats.
Designed in the Buzsáki lab as a fast, flexible way to protect silicon-probe implants on mice. Built around a headplate.
A flexible 3D-printed cage to protect the 3Drive (or other microdrives) in freely-behaving animals.
A piece of extruded copper mesh for building your own headgear — the Buzsáki mouse cap, our crown, or a DREAM implant.
REMY
A complete head-fixation system for awake, behaving rats — frame, holders, implants and surgery tooling.
A complete system for head-fixed behavioural experiments in rats — bringing treadmill / VR task designs and electrophysiology to awake, behaving rats.
Stainless-steel holder used to head-fix awake, behaving rats with the REMY system.
Five implants for the REMY system — each a robust, biocompatible chamber with a metal pole for repeatable head fixation.
Five spare chambers and caps for the REMY system. We recommend chambers be single-use due to wear.
Used for the chamber-implant surgery in the REMY system. Stainless steel, with an 8 mm pole.