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Optical tweezer - E3200 Series
The E3200 series from Elliot Scientific includes optical tweezers systems that are component based. These are custom systems that can be supplied in modular form for the users to...
Optical tweezer - E3200 Series
The E3200 series from Elliot Scientific includes optical tweezers systems that are component based. These are custom systems that can be supplied in modular form for the users to set up or already assembled and ready to go.
When it comes to advanced research, the researcher can configure a variety of breadboard-based systems, thanks to open architecture technology. The range of systems such as the E3200 can be configured for different variations in order to meet the needs of users. These tweezers systems are built as kits and can be used in MSc lab experiments. Benefits include the ability to set up a complete system without having to spend money for technicians to build specific experiments.
When it comes to advanced research, the researcher can configure a variety of breadboard-based systems, thanks to open architecture technology. The range of systems such as the E3200 can be configured for different variations in order to meet the needs of users. These tweezers systems are built as kits and can be used in MSc lab experiments. Benefits include the ability to set up a complete system without having to spend money for technicians to build specific experiments.
Optical tweezer - 685 - 785 nm | E3100 Series
The E3100 Series are ELLIOT SCIENTIFIC'S portable, desktop single beam optical tweezers systems designed and developed for single beam trapping and manipulation of micron...
Optical tweezer - 685 - 785 nm | E3100 Series
The E3100 Series are ELLIOT SCIENTIFIC'S portable, desktop single beam optical tweezers systems designed and developed for single beam trapping and manipulation of micron sized particles.
Integrated with the latest optics, E3100 Series can manipulate cells thru a precise XY stage. Beam trapping is done via variable focus stage. It also has the ability to rotate birefringent particles with polarization optics, that comes as an option for the series. It can be used in Class 1 laser environment. Since it has been optimized to use a desktop, all the integral hardware including CCD camera has already been integrated into the workstation.
Integrated with the latest optics, E3100 Series can manipulate cells thru a precise XY stage. Beam trapping is done via variable focus stage. It also has the ability to rotate birefringent particles with polarization optics, that comes as an option for the series. It can be used in Class 1 laser environment. Since it has been optimized to use a desktop, all the integral hardware including CCD camera has already been integrated into the workstation.
Optical tweezer - 1070 nm | E3300 Series
The E3300 Optical Tweezers System is developed for micron sized particles and single spot trapping and manipulation. It is to be...
Optical tweezer - 1070 nm | E3300 Series
The E3300 Optical Tweezers System is developed for micron sized particles and single spot trapping and manipulation. It is to be fixed to a high quality commercial device that modifies it into a Photonic Force Microscope (PFM).
The corresponding innovation is implemented for easier manipulation and trapping experiments. While being utilized for cell manipulation through the microscope XY sample stage or the conjugate beam steering optics. It is also deemed fit when working for micron sized particles.
The corresponding innovation is implemented for easier manipulation and trapping experiments. While being utilized for cell manipulation through the microscope XY sample stage or the conjugate beam steering optics. It is also deemed fit when working for micron sized particles.
Optical tweezer - 1070 nm | E3500 Series
The E3500 Optical Tweezers System is a completely functional unit that is controlled by a computer to enable the accurate and multiple spot trapping and manipulation of micron sized particles. It is created for connecting to high quality commercial instruments...
Optical tweezer - 1070 nm | E3500 Series
The E3500 Optical Tweezers System is a completely functional unit that is controlled by a computer to enable the accurate and multiple spot trapping and manipulation of micron sized particles. It is created for connecting to high quality commercial instruments thus upgrading them to Photonic Force Microscopes. It allows the undertaking of multiple optical trapping experiments due to its easy-to-use and flexible system.
It can be used for microrheology and cell sorting applications in biophysics. It can be used in colloid research in chemistry and for particle spectroscopy in physics. It has an independent control of several optical traps and is capable of cell manipulation using computer-controlled acousto-optic beam steering optics or microscope. It has an XY stage and a graphical user interface for control of optical traps using a mouse. It is capable of Z trapping through a microscope focus stage. It allows circular or linear trapping arrays with flexible rotation and spacing.
It can be used for microrheology and cell sorting applications in biophysics. It can be used in colloid research in chemistry and for particle spectroscopy in physics. It has an independent control of several optical traps and is capable of cell manipulation using computer-controlled acousto-optic beam steering optics or microscope. It has an XY stage and a graphical user interface for control of optical traps using a mouse. It is capable of Z trapping through a microscope focus stage. It allows circular or linear trapping arrays with flexible rotation and spacing.
Optical tweezer - E4100
The E4100 is a Quadrant Photodetector equipped with Force Measurement to provide nanometer resolution of the trapped particle.
Utilizing a sophisticated...
Utilizing a sophisticated...
Optical tweezer - E4100
The E4100 is a Quadrant Photodetector equipped with Force Measurement to provide nanometer resolution of the trapped particle.
Utilizing a sophisticated measurement software that can be readily integrated to the existing QPD, it enables the calibration of a trapped object making it possible to calculate exerted forces making it very ideal in probing bio-mechanical systems. It is easy to install and operate thanks to its "plug & play" concept. It can be a stand alone or can be integrated system.
A good quality microscope can also be used as an alternative with multiple QPDs or auxiliary probe beam are also available.
Utilizing a sophisticated measurement software that can be readily integrated to the existing QPD, it enables the calibration of a trapped object making it possible to calculate exerted forces making it very ideal in probing bio-mechanical systems. It is easy to install and operate thanks to its "plug & play" concept. It can be a stand alone or can be integrated system.
A good quality microscope can also be used as an alternative with multiple QPDs or auxiliary probe beam are also available.
GNSS receiver / dual-frequency power - 226 channels, IP67 | HiPer V
The HiPer V (by Topcon) is an adaptable receiver, capable of performing a number of differing tasks and functions. The designers and manufacturers have included Vanguard Technology's...
GNSS receiver / dual-frequency power - 226 channels, IP67 | HiPer V
The HiPer V (by Topcon) is an adaptable receiver, capable of performing a number of differing tasks and functions. The designers and manufacturers have included Vanguard Technology's incredible 226 channels (this covers all potential and prospective GNSS positioning functions), as well as the Fence Antenna, to this device, resulting in a quicker RTK positioning and a more productive overall output. And if that was not enough, Topcon topped themselves further by making the HiPer V lightweight, and miniaturized for condensation. Topcon's HiPer V is truly a flexible--according to application necessities--and functional receiver, arguably beyond any of Topcon's other receiver devices.
Gap measuring system / for coating die slots - 0.038 - 0.2 in, 0.007 - 0.038 in | HPD, GPD series
The HPD series, manufactured by Cpacitec.® is utilized as a gap measurement system for coating die slot that has a diameter of...
Gap measuring system / for coating die slots - 0.038 - 0.2 in, 0.007 - 0.038 in | HPD, GPD series
The HPD series, manufactured by Cpacitec.® is utilized as a gap measurement system for coating die slot that has a diameter of...
Gap measuring system / for coating die slots - 0.022 - 0.034 in | GPD series
Capacitec Spring Contact Gap Sensors is designed for customers demanding highly accurate and repeatable electronic method for measuring gaps when one or both the target surfaces are jagged...
Gap measuring system / for coating die slots - 0.022 - 0.034 in | GPD series
Capacitec Spring Contact Gap Sensors is designed for customers demanding highly accurate and repeatable electronic method for measuring gaps when one or both the target surfaces are jagged or non-conductive. When one or both the target surfaces are dimensionally smaller compared to sensor then a contact wand is used for calibration. Instances using contact Wand include calibrating a commercial aircraft door edge gap where one target side measures merely 0.0394 (1.0 mm) and in finding the air gap between the edge of a power turbine blade and the internal diameter of the casing where the radiused end of turbine blade has an odd shape. The Spring Contact Sensor is linked to a Gapman or Gapmaster3 recommended for production environment.
Gap measuring system / for coating die slots - 0.118 - 0.493 in, ø 0.04 - 0.75 in | 2HPB series
The 2HPB series is a unit manufactured by Capacitec company. It was manufactured in custom lengths up to 18" (500mm)....
Gap measuring system / for coating die slots - 0.118 - 0.493 in, ø 0.04 - 0.75 in | 2HPB series
The 2HPB series is a unit manufactured by Capacitec company. It was manufactured in custom lengths up to 18" (500mm).
Further, the unit has a choosing a matching sensor such as an HPS 4 with a range of 0.079” (2mm) and embedding one sensor on top and one on the bottom would have a useable range of 0.157” to 0.236” (4 to 6mm) independent of the probe position in the gap.
The wands were assembled through the thin versions of Model HPB.
Further, the unit has a choosing a matching sensor such as an HPS 4 with a range of 0.079” (2mm) and embedding one sensor on top and one on the bottom would have a useable range of 0.157” to 0.236” (4 to 6mm) independent of the probe position in the gap.
The wands were assembled through the thin versions of Model HPB.
Gap measuring system / for coating die slots - 0.142 in, ø 0.236 in | 2HPS series
The 2HPS series by Capacitec is a gap measurement system which is designed for coating die slot. For this specific model, it is created having a customize length of up to 18"...
Gap measuring system / for coating die slots - 0.142 in, ø 0.236 in | 2HPS series
The 2HPS series by Capacitec is a gap measurement system which is designed for coating die slot. For this specific model, it is created having a customize length of up to 18" (500mm). Its manufacturer can also begin creating design having thicker wand if the customer had requested it. For an example, if a customer is looking a certain measurement in the devices such as having a measuring gap of about 0.157 to 0.236 (4 to 6 mm). The design of the customized unit would start from its wand having a thickness that is not less than 0.157 (4 mm). This series contains all the customized design that meet certain customer specification when it comes to its sizes as well as its operating temperature.
Gap measuring system / for coating die slots - max. 5 mm
This is a gap measurement system manufactured by Capacitec which is designed for coating a die slot. Its manufacturer had discovered that the position of the wand is necessary...
Gap measuring system / for coating die slots - max. 5 mm
This is a gap measurement system manufactured by Capacitec which is designed for coating a die slot. Its manufacturer had discovered that the position of the wand is necessary when taking a gap measurements. Best measurement can be achieved through a stable sensor wand that is in parallel of its position. If its wand is allowed to twist or rock out in its position, the accuracy of the measurement will be compromised. That is why in order to ensure the best parallelism within the sensor wand and the die slow. It should be supported with a custom fixture design. The fixture comprises of side tabs that can be configured based on gap width. Also, its wand insertion length can be easily adjusted.