Download Optical Wavelength Laboratories Driver

1. Download Optical Wavelength Laboratories Drivers
2. Download Optical Wavelength Laboratories Driver Download
3. Download Optical Wavelength Laboratories Driver Test
4. Download Optical Wavelength Laboratories Driver Finder

DL-series is a family of fiber-coupled diode lasers. Each laser consists of a fiber-coupled diode module, current source (laser diode driver), cooling system (Peltier modules, temperature controller, heatsink and fans), user interface and coverage case. We use only high quality fiber-coupled diode modules from the world-best manufacturers. Software Downloads Thorlabs understands that as your experimental needs change, it may be necessary to reinstall the software and drivers provided with many of our advanced photonics products. We provide many of these files as a free download. OWL's complete line of fiber optic testers have capabilities ranging from simple optical power and optical loss measurement to complete standards-based fiber optic link certification for both multimode and singlemode fibers, including 10-Gigabit Ethernet. Roduct lines include: optical time domain reflectometers (OTDR), optical power meters. Optical Wavelength Laboratories, Inc. Omni Wavelength Laboratories: OWL manufactures a complete line of fiber optic test equipment for a wide range of applications, including telco, WAN, MAN, LAN, SAN, CATV, IT, manufacturing, and laboratory.

Features

• Complete Optical Trapping System
• Inverted Light Microscope Design Ideal for In Vitro Biological Experiments
• 976 nm, 300 mW Trap Laser with Easy-to-Use Touch Screen Controller
• Nikon 100X Oil Immersion Objective
• 3-Axis Sample Positioning Stage with Integrated Piezo Actuators for Nanometer Resolution
• CMOS Camera with USB Interface for Video Imaging
• Force Measurement and Fluorescence Microscopy Modules Available

Thorlabs' OTKB(/M) Modular Optical Tweezers provide users with a tool for trapping and manipulating microscopic-sized objects. These laser-based tweezers, or traps, have been employed in numerous biological experiments. Download Rimage Printers drivers. Biological applications for optical tweezers include trapping viruses and bacteria, manipulating cellular structures, patterning of surfaces, and measuring forces of molecular motors and biological molecules such as DNA and proteins. For more details on experiments performed using Thorlabs tweezers, please see the Videos and Publications tabs. The Technology tab provides more details on the functionality of optical tweezers.

Download Optical Wavelength Laboratories Drivers

Our modular optical tweezers have the flexibility required for experiments conducted in advanced research laboratories. The system is based on an inverted microscope design that provides compatibility with standard samples. It is offered with a CMOS camera for video imaging, and the system can be easily adopted for fluorescence, single-molecule, and other types of microscopy. The advantage to purchasing and assembling this modular system is the versatility it provides over other closed optical tweezers systems. Since the optical tweezers are built using standard Thorlabs components, it is easy to modify or upgrade the system using other standard components.

System Modularity and Assembly
The tweezers system is shipped in pre-assembled segments, which can be assembled on a user-provided optical table or breadboard. A walkthrough of the system setup and alignment is provided on the Videos tab. More details about each of the segments included in the base OTKB system, as well as optional components, can be found on the System tab. A step-by-step assembly instruction manual is included with each system. For an additional cost, we are able to provide a system that has been pre-assembled, aligned, and tested on a breadboard; please contact Tech Support with inquiries.

For initial testing and alignment, the OTKBTK Sample Preparation Kit sold below provides users with everything necessary to prepare a sample and verify that the optical tweezer system is assembled correctly and functioning. Keyscan driver.

Optional Modules
One of the principal advantages of the OTKB(/M) optical tweezers system over a black box system is the ease with which the design of the optical trap can be modified to add functionality. For example, the OTKBFM and OTKBFM-CAL can be easily attached to the base OTKB kit, and provide the user with the components needed to add trapping force, stiffness, and position measurement capabilities to the OTKB optical trap. The OTKB-FL(/M) module adds fluorescence microscopy capabilities to the optical trap. More details on these modules are on the System tab as well as below.

In addition to the stocked force and fluorescence modules, Thorlabs also offers an additional Raman spectroscopy module as a custom-order option. For customers who are considering adding Raman spectroscopy to their optical tweezers, please see this application example from CREOL: Multispectral optical tweezers for molecular diagnostics of single biological cells. For information about this module or to request a quotation, please contact Tech Support.

Download Optical Wavelength Laboratories Driver Download

1. Download Optical Wavelength Laboratories Drivers
2. Download Optical Wavelength Laboratories Driver Download
3. Download Optical Wavelength Laboratories Driver Test
4. Download Optical Wavelength Laboratories Driver Finder

DL-series is a family of fiber-coupled diode lasers. Each laser consists of a fiber-coupled diode module, current source (laser diode driver), cooling system (Peltier modules, temperature controller, heatsink and fans), user interface and coverage case. We use only high quality fiber-coupled diode modules from the world-best manufacturers. Software Downloads Thorlabs understands that as your experimental needs change, it may be necessary to reinstall the software and drivers provided with many of our advanced photonics products. We provide many of these files as a free download. OWL's complete line of fiber optic testers have capabilities ranging from simple optical power and optical loss measurement to complete standards-based fiber optic link certification for both multimode and singlemode fibers, including 10-Gigabit Ethernet. Roduct lines include: optical time domain reflectometers (OTDR), optical power meters. Optical Wavelength Laboratories, Inc. Omni Wavelength Laboratories: OWL manufactures a complete line of fiber optic test equipment for a wide range of applications, including telco, WAN, MAN, LAN, SAN, CATV, IT, manufacturing, and laboratory.

Features

• Complete Optical Trapping System
• Inverted Light Microscope Design Ideal for In Vitro Biological Experiments
• 976 nm, 300 mW Trap Laser with Easy-to-Use Touch Screen Controller
• Nikon 100X Oil Immersion Objective
• 3-Axis Sample Positioning Stage with Integrated Piezo Actuators for Nanometer Resolution
• CMOS Camera with USB Interface for Video Imaging
• Force Measurement and Fluorescence Microscopy Modules Available

Thorlabs' OTKB(/M) Modular Optical Tweezers provide users with a tool for trapping and manipulating microscopic-sized objects. These laser-based tweezers, or traps, have been employed in numerous biological experiments. Download Rimage Printers drivers. Biological applications for optical tweezers include trapping viruses and bacteria, manipulating cellular structures, patterning of surfaces, and measuring forces of molecular motors and biological molecules such as DNA and proteins. For more details on experiments performed using Thorlabs tweezers, please see the Videos and Publications tabs. The Technology tab provides more details on the functionality of optical tweezers.

Download Optical Wavelength Laboratories Drivers

Our modular optical tweezers have the flexibility required for experiments conducted in advanced research laboratories. The system is based on an inverted microscope design that provides compatibility with standard samples. It is offered with a CMOS camera for video imaging, and the system can be easily adopted for fluorescence, single-molecule, and other types of microscopy. The advantage to purchasing and assembling this modular system is the versatility it provides over other closed optical tweezers systems. Since the optical tweezers are built using standard Thorlabs components, it is easy to modify or upgrade the system using other standard components.

System Modularity and Assembly
The tweezers system is shipped in pre-assembled segments, which can be assembled on a user-provided optical table or breadboard. A walkthrough of the system setup and alignment is provided on the Videos tab. More details about each of the segments included in the base OTKB system, as well as optional components, can be found on the System tab. A step-by-step assembly instruction manual is included with each system. For an additional cost, we are able to provide a system that has been pre-assembled, aligned, and tested on a breadboard; please contact Tech Support with inquiries.

For initial testing and alignment, the OTKBTK Sample Preparation Kit sold below provides users with everything necessary to prepare a sample and verify that the optical tweezer system is assembled correctly and functioning. Keyscan driver.

Optional Modules
One of the principal advantages of the OTKB(/M) optical tweezers system over a black box system is the ease with which the design of the optical trap can be modified to add functionality. For example, the OTKBFM and OTKBFM-CAL can be easily attached to the base OTKB kit, and provide the user with the components needed to add trapping force, stiffness, and position measurement capabilities to the OTKB optical trap. The OTKB-FL(/M) module adds fluorescence microscopy capabilities to the optical trap. More details on these modules are on the System tab as well as below.

In addition to the stocked force and fluorescence modules, Thorlabs also offers an additional Raman spectroscopy module as a custom-order option. For customers who are considering adding Raman spectroscopy to their optical tweezers, please see this application example from CREOL: Multispectral optical tweezers for molecular diagnostics of single biological cells. For information about this module or to request a quotation, please contact Tech Support.

Download Optical Wavelength Laboratories Driver Download

Download Optical Wavelength Laboratories Driver Test

Whenever operating a laser, it is imperative to pay attention to the classification of the laser and observe appropriate laser safety procedures. Thorlabs' Modular Optical Tweezers System uses a 976 nm, 300 mW laser. Exposure to the laser beam is possible, and the system should be treated as a Class 3B laser. Appropriate safety procedures and care must be taken including, but not limited to, the use of laser safety glasses. More details about the laser classification system and Thorlabs laser safety products can be found on the Laser Safety tab.

Download Optical Wavelength Laboratories Driver Finder