What CAMBRIDGE NEUROTECH LTD does

Cambridge NeuroTech Ltd is a privately held UK-based designer and manufacturer of advanced electrophysiology instrumentation, founded in 2013 and headquartered in Cambridge. The company's core technology is a portfolio of silicon neural probes (16-128 channels, acute and chronic variants) that use double-sided electrode configurations to record from hundreds of neurons simultaneously with sub-50kOhm impedance. Around this core, the company sells an integrated ecosystem including miniature on-skull digital headstages (Mini-Amp 64/128), the world's smallest microdrives (Nano-Drive and Pico-Drive with 2x5mm footprints), motorized commutators compatible with all major data acquisition platforms, the Multi-Probe Manipulator System, a Robotic Stereotaxic Surgery System, the RODIN head-fixation platform, the MouseWalk head-fixed ambulation system, Dura-Gel for dural repair, and the Nano-Z impedance tester. The SomaFocus3D system extends the technology into intact 3D brain organoid electrophysiology for drug discovery applications.

The company serves three primary customer segments: academic neuroscience research laboratories (with disclosed users including MIT, Harvard, Stanford, Johns Hopkins, NYU, UCSF, Duke, Max Planck, Riken, and Oxford), pharmaceutical and biotechnology drug discovery programs (cited logos include GSK and Roche), and contract research organizations. The go-to-market is sales-led and expert-driven: customers engage directly with seasoned electrophysiologists for tailored consultation on experimental design and product selection, supplemented by a sustained 2020-2026 webinar education series covering silicon probe techniques, optogenetics, spike sorting, and organoid electrophysiology. Revenue is generated primarily through one-time hardware sales (probes, headstages, drives, commutators, surgical systems) with reusable components amortized across multiple experiments; pricing is bespoke and quote-based with no public list prices. The company is founder-owned (Tahl Holtzman) with no disclosed external equity funding and operates without a parent company, subsidiary structure, or public offering.

Name

CAMBRIDGE NEUROTECH LTD

Legal name

Cambridge NeuroTech Ltd

Website

https://cambridgeneurotech.com

Company type

Private

Founded year

2013

Operating status

Operating

Headcount range

1–10 employees

Short description

Cambridge NeuroTech Ltd designs and manufactures silicon neural probes, miniature digital headstages, microdrives, commutators, and robotic surgical systems for in vivo electrophysiology research, serving academic neuroscience labs, pharma drug discovery programs, and contract research organizations globally.

Ownership category

akta.pro rank

Product category

Neuroscience Research Equipment

NAICS

Electromedical and Electrotherapeutic Apparatus Manufacturing (334510), Navigational, Measuring, Electromedical, and Control Instruments Manufacturing (33451)

SIC

Electromedical & Electrotherapeutic Apparatus (3845), Laboratory Analytical Instruments (3826)

akta.pro primary industry

Neurological Monitoring (EEG, Seizure/Sleep/Neuro Wearables) (HLAHACAE)

akta.pro secondary industry

Implantable Neuromodulation & Neurostimulation (SCS/DBS/VNS/PNS) (HLAHAEAK)

Keywords

• Silicon neural probes
• Neural headstages
• Electrophysiology systems
• Neural microdrives
• Optogenetics probes

Headquarters

HQ city

Swaffham Prior

HQ country

United Kingdom

HQ region

Europe

Offices1 record

Markets served

GTM type

B2B

Offering type

Hardware or Manufacturing

Cost components

Personnel, Supply Chain, Technology or R&D, Marketing or Sales, Operations, Infrastructure

Revenue model

1. Hardware Sales - Neural Probes: Sale of silicon neural probes including acute probes (16-128 channels), chronic probes, and optrodes. Probes are sold as one-time purchases with reusable options for headstages and drives.
2. Mini-Amp Headstages: Miniature digital headstages (mini-amp-64, mini-amp-128) sold as implantable, reusable devices. One-time hardware purchase with reusability across multiple subjects.
3. Nano-Drives and Pico-Drives: Microdrive systems enabling chronic probe positioning. Sold as precision hardware with reusable metal construction for multiple implant cycles.
4. Commutators: Motorized active commutators for cable management in freely-behaving experiments. Hardware sale with plug-n-play compatibility with multiple data acquisition systems.
5. Expert Consultation Services: Pre-sales consultation with expert neuroscientists to help customers select appropriate solutions and optimize experimental approaches. Included as part of sales process.

Pricing tiers

Go-to-market motion2 records

Distribution channels2 records

Marketing channels6 records

Core offering

Cambridge NeuroTech designs and manufactures silicon neural probes, miniature digital headstages, microdrives, commutators, multi-probe manipulators, robotic stereotaxic surgery systems, head-fixation and ambulation platforms, impedance testers, and organoid electrophysiology systems for in vivo electrophysiology research. The product line is sold directly with expert consultation by in-house neuroscientists to academic and pharmaceutical researchers performing neural circuit studies and drug discovery.

Product overview

Cambridge NeuroTech offers a unified portfolio of advanced electrophysiology systems centered on world-leading silicon neural probe technology. The core offering includes silicon neural probes (acute and chronic, 16-128 channels) with specialized variants for optogenetics and organoid electrophysiology. Supporting hardware encompasses Mini-Amp digital headstages for miniature implants, Nano-Drives/Pico-Drives for chronic positioning, and Motorized Active Commutators for cable management. The company also provides complementary tools including the Multi-Probe Manipulator System for automated multi-probe positioning, Robotic Stereotaxic Surgery System for precision surgery, RODIN Head-Fixation System for stable animal restraint, and MouseWalk for headfixed locomotion studies. Accessories include Dura-Gel for dural repair and Nano-Z for impedance testing. The SomaFocus3d system extends the technology to organoid electrophysiology. All products are designed for seamless interoperability with major data acquisition platforms including Open Ephys, Intan, Neuralynx, Plexon, and Tucker-Davies Technologies.

Differentiator

Problem solved

Functional benefit

Products and services

• Silicon Neural Probes World-leading silicon neural probe technology for high-channel-count electrophysiology, available in 16-128 channel acute and chronic configurations with minimally-invasive dimensions and exceptional signal-to-noise performance, designed for neuroscience research labs performing in vivo recordings.
• Deep Array Probes Silicon neural probes with double-sided electrode configurations that record from both sides of the probe shank, exponentially increasing neuron yield and enabling faster data collection from the same brain area for chronic and acute electrophysiology experiments.
• Optogenetics Probes (Optrodes) Silicon neural probes purpose-engineered to be minimally responsive to light, delivering artifact-free single-unit recording during optogenetic stimulation. Available as acute optrodes with ready-made fiber optic cannulas and chronic optrodes for freely-behaving animals, with configurable fiber separation (300 or 650 microns).
• Mini-Amp Digital Headstages Implantable and reusable miniature digital headstages supporting 64-256 channels for freely-behaving mice and rats. Features on-skull digitization, ultra-small footprints (2x7mm for 64ch; 2x8mm for 128ch), 0.34g weight, built-in 3-axis accelerometer, and EEG/EMG analog inputs, with plug-n-play SPI cable connection to Open Ephys and Intan acquisition systems.
• Nano-Drives and Pico-Drives Chronic multi-functional microdrives with 2x5mm footprint, 250 micrometers per turn, and up to 7.5mm travel, enabling precision in vivo positioning of silicon neural probes. Compatible with optogenetics and scalable to multi-target implants in the smallest lab animals.
• Motorized Active Commutators Ultra-quiet motorized commutators enabling tangle-free cable management for 128-256 channel electrophysiology with MiniScope imaging or optogenetics combinations. USB-C connectivity provides noise-free plug-n-play compatibility with OpenEphys, Intan, Neuralynx, Plexon, and Tucker-Davies Technologies acquisition systems.
• Multi-Probe Manipulator System Automated positioning system for up to five acute silicon neural probes with 15 axes of automated motion, 0.5 micron resolution, 15mm travel, and up to 200 grams payload at 4mm/s. Directly integrates with stereotaxic trajectories and the Open Ephys GUI for trajectory planning and real-time registration of neural data to brain location, supporting upright or inverted configurations.
• Robotic Stereotaxic Surgery System Robot-assisted stereotaxic surgery system with 3-axis robot and error correction for head tilt, yaw, and roll. Features impedance-based drill-stop detection for brain height, automatic micro-injection synchronized with the drill, and high-throughput batch processing for reproducible craniotomies and implant surgeries in rodents.
• RODIN Head-Fixation System Rodent head-fixation system with skull-conformal, ultra-light implants under 1 gram achieving less than 3 microns of mechanical stability during behavior. Quick-fix and release capability in 3-4 seconds with rear-oriented scaffold minimizes intrusion on sensory fields during experiments.
• MouseWalk Platform Head-fixed ambulation system providing precision head-fixation with locomotion on a flat, naturalistic surface in a 63cm squared cage area. Features whisper-quiet air-cushion technology with mechanical stability of less than 1 micron during behavior, integrated video motion-tracking, and add-ons for synchronized behavioral event timestamping.
• Dura-Gel Soft-setting, bio-compatible silicone gel for dural repair and replacement that cures in place to form a cushioning, self-healing barrier over craniotomies, reducing inflammation and CSF leakage while remaining soft for weeks to months during chronic electrophysiology experiments.
• Nano-Z Impedance Tester Automatic impedance testing and electroplating system with 64 channels and 1kOhm-100MOhm range. Performs non-destructive impedance testing of a 64-channel probe in 30 seconds and includes a Matlab SDK for custom applications, supporting electrode maintenance and quality assurance workflows.
• SomaFocus3d Organoid Electrophysiology System Purpose-designed push-button instrument for high-resolution electrophysiological recordings from inside intact 3D brain organoids. Automates probe insertion and streams real-time data for high-throughput screening of physiological function in disease models, enabling detection of excitatory/inhibitory imbalance and circuit-level dysfunction for drug discovery applications.

Quantifiable outcome

• Probes can be reused 30+ times with minimal signal degradation
• +4 more outcomes

Named customers9 records

Segments3 records

Ideal customer profiles3 records

Technology focussed Yes

API detail

Has API

No

API docs

API detail

Core technology

AI maturity

App detail

Integration6 records

Feature11 records

Partnerships

One partnership is on record.

• Bellwether BiotechminorStrategic or Co-development PartnerMarcus Bell (MD/PhD student) and team designed the MouseWalk platform during research, leading to launch of Bellwether Biotech preclinical neurotechnology company. Represents derivative product development from Cambridge NeuroTech ecosystem.

Scale indicators3 records

Recent moves6 records

Expansion highlights6 records

Emerging players

• Open Ephys: Open Ephys develops open-source electrophysiology acquisition systems and distributes Neuropixels probes. Strategic partner/adapter in the open-source ecosystem and a partial competitor in headstages and DAQ platforms.
• Diagnostic Biochips: Diagnostic Biochips develops advanced neural probes and microelectrode arrays for neuroscience research. Smaller emerging peer in silicon neural probe technology with overlap in chronic and high-density recording applications.

Direct peers

• Multi Channel Systems (MCS): MCS manufactures multielectrode array (MEA) systems and electrophysiology recording hardware. Direct peer in electrophysiology hardware, with a particular focus on in vitro and MEA applications versus Cambridge NeuroTech's in vivo focus.
• Plexon: Plexon makes electrophysiology data acquisition and analysis systems, including headstages, recording hardware, and spike-sorting software. Direct peer competing in DAQ systems and integrated recording solutions.
• ATLAS (Engineering Inc.): ATLAS Engineering manufactures titanium hyperdrives and other chronic implant systems for neural recording. Direct peer in chronic microdrive systems, where it competes with Cambridge NeuroTech's Nano-Drive and Pico-Drive products.
• Neuralynx: Neuralynx manufactures electrophysiology recording systems and accessories for in vivo neural recording. Direct peer providing DAQ systems that integrate with Cambridge NeuroTech probes and commutators.
• Blackrock Microsystems: Blackrock manufactures silicon neural probes, headstages, and complete electrophysiology recording systems. Direct competitor in the research-grade neural probe and electrophysiology market, with a larger installed base and longer operating history.
• Imec (Neuropixels): Imec develops the Neuropixels probes, the leading high-channel-count silicon neural probe platform in academic neuroscience. Direct competitor to Cambridge NeuroTech's silicon neural probes, with Neuropixels 1.0/2.0 widely adopted in systems neuroscience labs globally.
• Tucker-Davies Technologies (TDT): TDT produces electrophysiology recording systems, headstages, and acoustic/behavioral hardware for neuroscience research. Direct peer in the full electrophysiology stack, with Zif-Clip connectors widely used with Cambridge NeuroTech probes.
• Intan Technologies: Intan makes electrophysiology amplifier chips, headstages, and recording systems widely used in academic neuroscience. Direct competitor in headstages and DAQ components, with strong integration with Cambridge NeuroTech's own products.

Market position

Strengths4 records

Weaknesses4 records

Competitive moat5 records

Key risks6 records

Key highlights7 records

Customer concentration

• Xtwitter.com/cambneurotech
• LinkedInlinkedin.com/company/cambridge-neurotech-ltd

Revenue estimate

Valuation estimate

Number of profiles

Profiles1 record

Funding overview

Funding rounds

Investors

Funding detail is available on the Subscription and Enterprise plan.Contact sales →

M&A

Investments

M&A and investment is available on the Subscription and Enterprise plan.Contact sales →

Frequently asked questions about CAMBRIDGE NEUROTECH LTD