Choices in mind
Cambridge Research Systems' products are designed specifically for the needs of research scientists, providing the precision, control and flexibility required for experiments in cognitive, behavioral and clinical neuroscience. We design and manufacture many own label products but also resell equipment from carefully selected partners.
Please browse our range of systems, and feel free to contact us with any questions, and to obtain price and delivery information for your location and currency.
LCD display for fMRI, provides the superior image quality necessary for vision research. It’s the only display with super high brightness, no time lag, integrated calibration and, of course, no interference with the scanner.
BOLDscreen 3D is a high definition LED LCD monitor which is designed to display dichoptic visual stimuli for stereoscopic and binocular vision experiments using fMRI.
Our height-adjustable, portable stand facilitates fast repositioning of BOLDscreen monitors between scanning sessions and does not compromise the field of view. It's easy and safe for one person to operate.
Affordable MR safe video eye tracking with real-time estimates of eye rotation, direction of gaze coordinates and pupil size.
Our new modular auditory solution offers the flexibility to choose from various high-quality headphones, microphones with display and basic control functions and bespoke amplifiers that give both research and clinical users versatile control over auditory stimulus presentations.
The easiest way to delivery auditory stimuli with synchronous triggers
AudioFile is a USB soundcard with a difference. It is designed for scientific applications where the timing and synchronisation of stimulus streams are critical. It supports real time streaming directly from a host computer and buffered, offline playback of files stored on a high capacity SD card.
The Lumina LP-400 is a reliable patient response system designed specifically for use in a MRI scanner. Lumina was developed to satisfy the requirements of both the clinical and research fields.
The low cost PKG-904 is the easiest way to get started with fMRI subject response. Choose one of the 2 or 4 button response devices, and everything you need to use it is included in the package.
The new PKG-905 is an easy way to get started with fMRI subject response. Choose one of the 5 button response devices, and everything you need to use it is included in the package.
The 932 system offers a versatile system for fMRI subject response. Choose any response devices, and we will help you to configure the package to include everything you need.
A puncture resistant system with antibacterial qualities suitable for repeated use. System provides chemical resistance to fluids, including cleaning products.
Biostatic (anti-mycotic) polyurethane coated. System provides a barrier to virus and bacteria. A high-volume use system with a thick, durable, tear resistant weft knitted fabric cover.
MR safe prescription glasses suitable for use in MRI, fMRI, MEG, PET, CT and EEG environments. No metallic components. Easy push fit interchange system with -5 to +3 dioptre Rx/lenses in 0.5 dioptre increments.
Interchangeable prescriptive goggles suitable for use in MRI, fMRI, MEG, PET, CT and EEG environments. Fully compatible with no metallic components. Easy 'click' lens system -6 to +6 dioptre lens sets in 0.5 dioptre increments.
Analysis and visualization of functional and anatomical magnetic resonance imaging data. BrainVoyager is a highly optimized and user friendly software system that combines surface-based and volume-based tools to study the structure and function of the human brain.
The NIRScout is an ultra-compact fNIRS neuroimaging solution that offers the versatility and scalability to fit a broad range of research applications at very competitive price. For example, investigating motor sensory functions, traumatic brain injury, learning/attention disorders and brain computer interfaces.
NIRx NIRSport is the first freely configurable, wearable, multichannel NIRS imaging system to be used on any part of the head. This pocket-book sized device combines LED illumination and innovative active detection technology into a truly wearable brain imaging solution.