Committed to the advancement of the frontiers of neuroscience.
Proud Sponsor of Gordon Research Conferences
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For research into Optogenetics & Electrophysiology
RZ5P: Purpose-built hardware and our next generation software combined into a dynamic, turnkey fiber photometry system. Control multiple light drivers and record responses across two photosensors in one streamlined gizmo interface.
TDT’s all-in-one portable neurophysiology system
Connects via USB and incorporates design elements found in our more advanced System 3 products. TDT's Lab Rat is an extremely cost-effective way to get started!
Lab Rat System
Knowledgebase Videos for a Software Orientation
Get a guided tour to your new software’s user interface and an introduction to fundamental processes, and get the big picture of how Synapse work.
Synapse Training Videos
TDT Training Workshop
Advanced Techniques in Synapse
September 17-18, 2018
Las Vegas, Nevada
Custom Built Systems
Our imaginative team of R&D engineers is currently focused on creating novel electrode solutions for chronic multi-channel recording and developing new digital signal processing techniques for spike detection, sorting, and noise reduction.
Full Vertical Integration
We have always overseen every aspect of production - from inception and design through manufacturing, support, and repair. Our adaptable approach to engineering, allows us to meet the changing needs of our customers.
We are dedicated to providing the highest quality technical support to help you get the most out of your equipment. Every product is carefully assembled, tested, calibrated, and retested before shipping. Reach our Tech Support
Five Year Warranty
At TDT there is an unbreakable connection between our products and our customers. Rest assured, your TDT system is covered for up to five years. More about our five Year Hardware Warranty.
See all of our TDT Products
When you need to record with complete electrical isolation and precision instrumentation, TDT product engineers understand that high fidelity data collection depends on fully integrated systems capable of processing high-speed neural signals in real-time.