Prior Scientific is proud to announce the release of its new PureFocus 850 a revolutionary autofocus for biological and industrial imaging. The PureFocus 850 is a fast, precise and accurate focusing system that has been designed to fit both upright and inverted microscopes using infinity corrected optics. The PureFocus 850 is able to precisely and consistently focus on your samples when the other systems fall short...
Prior Scientific are pleased to announce the release of our Queensgate NanoScan NPC-D-6000 Series Multi-Channel Closed Loop Controllers. Both the single and multi-channel digital nanopositioning controllers are designed to operate in a closed loop feedback mode with stages or actuators incorporating capacitive position sensors. The NPC-D-6000 series controllers deliver repeatability of movement with improved precision and accuracy for precise imaging and focusing at higher maximum speeds....
Prior Scientific Instruments Ltd marks its 100th anniversary of the company’s founding in 1919, a rare achievement in today’s business climate. “This is a proud time for the company and illustrates our resiliency and adaptability. We look forward to the next 100 years and the developments that we can bring to our markets”, said Thomas Freda, CEO of Prior Scientific. “Prior is a very different company from what it was 100, 50, or even 10 years ago....
Prior Scientific is pleased to announce the launch of its newly designed website.
The new website features user friendly navigation, improved functionality, enhanced rich content and a clean uncluttered design. The website will be consistently updated with product launches, business activity, corporate milestones and events....
A Prior stage has been used in a ground-breaking study comparing traditional fluorescent tags to Surface Enhanced Raman Scattering Nanoparticles (SERS NPs), which found there were significant differences between the two imaging methods.
Prior Scientific's H117 Motorized Precision Stage was used in a study comparing the characteristics of traditional fluorescent probes with SERS NPs, in which the two methods were used to fluorescently image both live and fixed cells. Interest in using SERS NPs rather than traditional fluorescent tags in biological imaging is growing....
The Lumen 200 Fluorescence Illumination System from Prior Scientific offers a powerful, cost effective alternative to traditional short arc Mercury vapour lamps and bulbs used in fluorescence microscopy.
Mercury vapour lamps and bulbs suffer from a number of limiting disadvantages including an operational lifetime rarely exceeding 200 hours and the need for time consuming alignment procedures during installation. In addition Mercury vapour bulbs are susceptible to flickering, limiting the use of these light sources in quantitative fluorescent microscopy....
Prior Scientific has announced the FB201 co-axial coarse and fine focusing block, designed for OEM microscopy applications where precise fine focus adjustment is required.Â
Rack and pinion mounting allows the FB201 to produce smooth, precise focusing over 29 mm of travel. A large coarse focus mechanism incorporates a slip clutch and tension adjustment. Fine focus adjustment control is graduated in two micron divisions throughout the coarse focus range. The focus block can be easily adapted to various mounting configurations and can support up to 5 kg. Motorised variants able to...
Prior Scientific reports that its OptiScan® controller together with associated microscope stage and focus motor have been used to create stunning artistic designs.
Using this equipment, Richard Weston, a former Professor of Architecture at Cardiff University (UK) has acquired high magnification images of minerals, such as agate, fluorite, and calcite, to produce unique designs for a range of products including scarves, glass panels, and in one case a facade for a three story house. Asked about his novel use of the Prior stage and stepper motor, Richard Weston commented...
The LumaSpec LS800S from Prior Scientific is a compact visible light spectrophotometer which provides quantitative spectral power data enabling users to characterise and monitor the illumination source of their microscope system.Â
Operating from 350 nm to 800 nm with 1.5 nm resolution, the LumaSpec LS800S uses an illumination target slide mounted on your microscope to provide accurate and precise information about the illumination in the sample plane, leading to the most relevant information being obtained. The LumaSpec LS800S is capable of analysing the output from a wide variety of light sources, ranging from the dimmest LED to a powerful mercury...
Prior Scientific has announced a new 47 mm filter sample holder for its H101A microscope stage.
Inspection of filters is critical in many industrial processes. This process is vital for fulfilling the requirements of regulations, such as ISO 16232, which covers the characterisation and measurement of particulate contamination of the parts, components and assemblies which make up the fluid circuits of motor vehicle combustion engines. Filter inspection is important in the design and testing of engines, allowing manufacturers to identify...
The OptiScan® III from Prior Scientific is a powerful, entry level system for controlling the OptiScan range of motorised microscope stages and focusing devices.Â
Compatible with a wide range of both upright and inverted microscopes, the compact OptiScan III uniquely can be used to drive a motorised stage and a focus motor while precision motor drive technology ensures quiet and smooth motion. A joystick provides users with precise and ergonomic control of their microscope accessories in the X, Y and Z axes. The controller is compatible with most image analysis software packages...
Prior Scientific has announced that the Core Imaging Facility at the UK's prestigious National Institute for Medical Research (NIMR) has chosen a Prior HLD117 linear motor stage to be the sample platform at the centre of a new system based around an Olympus IX83 microscope.
NIMR is one of the world’s leading medical research institutes. It is dedicated to studying important questions about biological processes that are relevant to all aspects of health. Research at NIMR covers a broad spectrum of basic biomedical science, including infectious diseases, immunology, cell and developmental biology, neuroscience and structural biology. The world-class facilities for research include biological imaging resources, the...
Prior Scientific has announced that the Core Imaging Facility at the UK's prestigious National Institute for Medical Research (NIMR) has chosen a Prior HLD117 linear motor stage to be the sample platform at the centre of a new system based around an Olympus IX83 microscope.
NIMR is one of the world’s leading medical research institutes. It is dedicated to studying important questions about biological processes that are relevant to all aspects of health. Research at NIMR covers a broad spectrum of basic biomedical science, including infectious diseases, immunology, cell and developmental biology, neuroscience and structural biology. The world-class facilities for research include biological imaging resources, the...
Prior Scientific has published a new 12-page catalogue that brings together its range of high performance LED and metal halide light sources proven to provide the best possible illumination for your microscopy work.
Regardless of microscopy technique, high quality imaging requires high performance illumination in order to obtain the best possible results. Prior Scientific has designed a range of precisely engineered, reliable and long lasting light sources tailored to the exacting requirements of scientists across a broad range of disciplines. The new catalogue details Prior’s expanding range of LED illumination sources that offer many advantages for brightfield, DIC, phase contrast and fluorescence microscopy...
Prior Scientific ProScan III Scanning Stages now compatible with Zeiss AxioVision
Jan 23, 2011Motorised scanning stages occupy a central position in microscope automation. Apart from high repeatability and precision, smoothness of operation and long term stability are important requirements for XY stages and their control electronics. ProScan IIITM scanning stages from PRIOR Scientific are among the best in the market and have a long standing reputation for quality in high end microscopy.
Are you a microscopist looking for excitement?
Apr 26, 2010Exciting Illumination for Fluorescence Microscopy in the Shape of the Lumen200 - the brighter, longer lasting, easier to use Fluorescence Illuminator.
Prior Scientific is proud to announce the release of its new PureFocus 850 a revolutionary autofocus for biological and industrial imaging. The PureFocus 850 is a fast, precise and accurate focusing system that has been designed to fit both upright and inverted microscopes using infinity corrected optics. The PureFocus 850 is able to precisely and consistently focus on your samples when the other systems fall short...
Prior Scientific are pleased to announce the release of our Queensgate NanoScan NPC-D-6000 Series Multi-Channel Closed Loop Controllers. Both the single and multi-channel digital nanopositioning controllers are designed to operate in a closed loop feedback mode with stages or actuators incorporating capacitive position sensors. The NPC-D-6000 series controllers deliver repeatability of movement with improved precision and accuracy for precise imaging and focusing at higher maximum speeds....
Prior Scientific Instruments Ltd marks its 100th anniversary of the company’s founding in 1919, a rare achievement in today’s business climate. “This is a proud time for the company and illustrates our resiliency and adaptability. We look forward to the next 100 years and the developments that we can bring to our markets”, said Thomas Freda, CEO of Prior Scientific. “Prior is a very different company from what it was 100, 50, or even 10 years ago....
Prior Scientific is pleased to announce the launch of its newly designed website. 
Prior Scientific's H117 Motorized Precision Stage was used in a study comparing the characteristics of traditional fluorescent probes with SERS NPs, in which the two methods were used to fluorescently image both live and fixed cells. Interest in using SERS NPs rather than traditional fluorescent tags in biological imaging is growing....
Mercury vapour lamps and bulbs suffer from a number of limiting disadvantages including an operational lifetime rarely exceeding 200 hours and the need for time consuming alignment procedures during installation. In addition Mercury vapour bulbs are susceptible to flickering, limiting the use of these light sources in quantitative fluorescent microscopy....
Rack and pinion mounting allows the FB201 to produce smooth, precise focusing over 29 mm of travel. A large coarse focus mechanism incorporates a slip clutch and tension adjustment. Fine focus adjustment control is graduated in two micron divisions throughout the coarse focus range. The focus block can be easily adapted to various mounting configurations and can support up to 5 kg. Motorised variants able to...
Using this equipment, Richard Weston, a former Professor of Architecture at Cardiff University (UK) has acquired high magnification images of minerals, such as agate, fluorite, and calcite, to produce unique designs for a range of products including scarves, glass panels, and in one case a facade for a three story house. 
Operating from 350 nm to 800 nm with 1.5 nm resolution, the LumaSpec LS800S uses an illumination target slide mounted on your microscope to provide accurate and precise information about the illumination in the sample plane, leading to the most relevant information being obtained. 
Inspection of filters is critical in many industrial processes. This process is vital for fulfilling the requirements of regulations, such as ISO 16232, which covers the characterisation and measurement of particulate contamination of the parts, components and assemblies which make up the fluid circuits of motor vehicle combustion engines. 
Compatible with a wide range of both upright and inverted microscopes, the compact OptiScan III uniquely can be used to drive a motorised stage and a focus motor while precision motor drive technology ensures quiet and smooth motion. A joystick provides users with precise and ergonomic control of their microscope accessories in the X, Y and Z axes. 
NIMR is one of the world’s leading medical research institutes. It is dedicated to studying important questions about biological processes that are relevant to all aspects of health. Research at NIMR covers a broad spectrum of basic biomedical science, including infectious diseases, immunology, cell and developmental biology, neuroscience and structural biology. The world-class facilities for research include biological imaging resources, the...
NIMR is one of the world’s leading medical research institutes. It is dedicated to studying important questions about biological processes that are relevant to all aspects of health. Research at NIMR covers a broad spectrum of basic biomedical science, including infectious diseases, immunology, cell and developmental biology, neuroscience and structural biology. The world-class facilities for research include biological imaging resources, the...
Regardless of microscopy technique, high quality imaging requires high performance illumination in order to obtain the best possible results. Prior Scientific has designed a range of precisely engineered, reliable and long lasting light sources tailored to the exacting requirements of scientists across a broad range of disciplines. The new catalogue details Prior’s expanding range of LED illumination sources that offer many advantages for brightfield, DIC, phase contrast and fluorescence microscopy...
Motorised scanning stages occupy a central position in microscope automation. Apart from high repeatability and precision, smoothness of operation and long term stability are important requirements for XY stages and their control electronics. ProScan IIITM scanning stages from PRIOR Scientific are among the best in the market and have a long standing reputation for quality in high end microscopy.