RWD Life Science
RWD are a world leading manufacturer of life science research instruments and medical devices, specializing in the fields of respiratory anaesthesia, neuroscience research, animal behaviour research, surgery, nursing, pathological analysis and animal health. Since 2002 they have rolled out products and services for over 100 countries and regions, serviced 6,000+ universities, 1,000+research institutes, 300+hospitals, 11,000+veterinary clinics, gaining constant trust and support from global customers
RWD Life Science
RWD Life Science
Showing 31–45 of 60 results
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Clamps - RWD, Wound Closure - RWDNeedle Holders
For gripping needles to suture skin or other internal tissues; sometimes also for instrument knots. The range includes a spring holding needle clamp with toothless forceps mouth, used for microsurgery, to hold needles for sutures or very small stitches. Some items include a scissors function to enable clamping and cutting stitches after knotting with a single instrument.
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Fibre Photometry, Fibre Photometry - RWD, RWD Life ScienceR811 Dual Colour Multichannel Fibre Photometry System
R811 dual color multichannel fiber photometry system is compatible with optoelectronics equipment. It uses two wavelengths of excited light, 410nm and 470nm, of which 410 is used to acquire reference signal and eliminate noise. The system can record signals of green fluorescence indicators like GCaMP and dLight or neurotransmitter probes.
The R811 sysem can record neural signals from 9 sites at the same time. -
Fibre Photometry, Fibre Photometry - RWD, RWD Life ScienceR821 Tricolour Multichannel Fibre Photometry System
R821 tricolour multichannel fibre photometry system is compatible with optoelectronics equipment. It uses three wavelengths of excited light, 410nm and 470nm, of which 410 is used to acquire reference signal and eliminate noise. The system can record signals of green fluorescence indicators such as GCaMP and dLight or neurotransmitter probes. and red fluorescence indicators such as RCaMP, jrGECO1a or neurotransmitter probes.
The R821 sysem can record neural signals from 9 sites at the same time. -
Laser Speckle Imaging Systems - RWDRFLSI-ZW Laser Speckle Contrast Imaging System
RFLSI-ZW laser speckle imaging system is an even better tool for microcirculation research based on laser speckle contrast imaging technology (LSCI).
With the advanced optical design and improved image processing algorithm, RFLSI-ZW shows greater performance in imaging field size, image quality, full-field frame rate and optical resolution, and provides a powerful and efficient means for human and animal tissue microcirculation measurement.
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Clamps - RWD, Wound Closure - RWD
Needle Holders
For gripping needles to suture skin or other internal tissues; sometimes also for instrument knots. The range includes a spring holding needle clamp with toothless forceps mouth, used for microsurgery, to hold needles for sutures or very small stitches. Some items include a scissors function to enable clamping and cutting stitches after knotting with a single instrument.
SKU: Needle holders -
Fibre Photometry, Fibre Photometry - RWD, RWD Life Science
R811 Dual Colour Multichannel Fibre Photometry System
R811 dual color multichannel fiber photometry system is compatible with optoelectronics equipment. It uses two wavelengths of excited light, 410nm and 470nm, of which 410 is used to acquire reference signal and eliminate noise. The system can record signals of green fluorescence indicators like GCaMP and dLight or neurotransmitter probes.
The R811 sysem can record neural signals from 9 sites at the same time.SKU: R811 -
Fibre Photometry, Fibre Photometry - RWD, RWD Life Science
R821 Tricolour Multichannel Fibre Photometry System
R821 tricolour multichannel fibre photometry system is compatible with optoelectronics equipment. It uses three wavelengths of excited light, 410nm and 470nm, of which 410 is used to acquire reference signal and eliminate noise. The system can record signals of green fluorescence indicators such as GCaMP and dLight or neurotransmitter probes. and red fluorescence indicators such as RCaMP, jrGECO1a or neurotransmitter probes.
The R821 sysem can record neural signals from 9 sites at the same time.SKU: R821 -
Laser Speckle Imaging Systems - RWD
RFLSI-ZW Laser Speckle Contrast Imaging System
RFLSI-ZW laser speckle imaging system is an even better tool for microcirculation research based on laser speckle contrast imaging technology (LSCI).
With the advanced optical design and improved image processing algorithm, RFLSI-ZW shows greater performance in imaging field size, image quality, full-field frame rate and optical resolution, and provides a powerful and efficient means for human and animal tissue microcirculation measurement.SKU: RFLSI Ⅲ-1
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Clamps - RWD, Wound Closure - RWD
Needle Holders
For gripping needles to suture skin or other internal tissues; sometimes also for instrument knots. The range includes a spring holding needle clamp with toothless forceps mouth, used for microsurgery, to hold needles for sutures or very small stitches. Some items include a scissors function to enable clamping and cutting stitches after knotting with a single instrument.
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Fibre Photometry, Fibre Photometry - RWD, RWD Life Science
R811 Dual Colour Multichannel Fibre Photometry System
R811 dual color multichannel fiber photometry system is compatible with optoelectronics equipment. It uses two wavelengths of excited light, 410nm and 470nm, of which 410 is used to acquire reference signal and eliminate noise. The system can record signals of green fluorescence indicators like GCaMP and dLight or neurotransmitter probes.
The R811 sysem can record neural signals from 9 sites at the same time. -
Fibre Photometry, Fibre Photometry - RWD, RWD Life Science
R821 Tricolour Multichannel Fibre Photometry System
R821 tricolour multichannel fibre photometry system is compatible with optoelectronics equipment. It uses three wavelengths of excited light, 410nm and 470nm, of which 410 is used to acquire reference signal and eliminate noise. The system can record signals of green fluorescence indicators such as GCaMP and dLight or neurotransmitter probes. and red fluorescence indicators such as RCaMP, jrGECO1a or neurotransmitter probes.
The R821 sysem can record neural signals from 9 sites at the same time. -
Laser Speckle Imaging Systems - RWD
RFLSI-ZW Laser Speckle Contrast Imaging System
RFLSI-ZW laser speckle imaging system is an even better tool for microcirculation research based on laser speckle contrast imaging technology (LSCI).
With the advanced optical design and improved image processing algorithm, RFLSI-ZW shows greater performance in imaging field size, image quality, full-field frame rate and optical resolution, and provides a powerful and efficient means for human and animal tissue microcirculation measurement.
