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| Diode laser system designed for pulsed operation of high power diode lasers. Pulse width can be changed from 5ns up to 100ns. Repetition rates can be varied from 16kHz up to 67MHz. The operation parameters can be preset via a RS232 connector from any laptop computer. Target application is time resolved fluorescence spectroscopy. Please contact us for NIR diode laser matching fluorescence dyes which have been developed for specially for us. |
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The OP750 multichannel source can be configured for a mix of up to 24 individual or switched LED or laser sources.
A single wavelength LED sources feature and internal large core fiber to guarantee an overfill condition into 62.5/125 or 50/125 multimode fiber available for the wavelength 850nm and 1300nm.
The single wavelength sources for 1310nm and 1550nm are terminated with standard 9/125 fiber. A dual wavelength option, 1310nm and 1550nm into a single port is available as well (12 channel version only). |
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With a bandwidth of 10 MHz, the Model LB1005 high-speed servo controller makes stabilizing the frequency or amplitude of lasers easy and intuitive. This high-speed proportional integral (P-I) controller has an intuitive front panel for the independent control of the P-I corner frequency, overall servo gain, and low-frequency gain limit. This flexibility enables the Model LB1005 to cascade with other units for the high-speed control of diode lasers using both piezo-electric transducers and current modulation inputs. The Model LB1005 is ideal for demanding applications including atom/ion trapping, Bose-Einstein condensation, frequency metrology, quantum optics, and the high-speed stabilization, synchronization, and control of lasers. Special features are:
- Adjustable P-I corner frequency 10Hz .. 1MHz
- Adjustable output-voltage clamping
- Adjustable servo gain and low-frequency gain limit
- 10-MHz bandwidth |
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| The Pilot PC is benchtop, highly precise, low noise, microprocessor operated, controller for laser diodes. The laser current or the optical output power and the temperature of the connected laser diode can be precisely regulated. For automated control, a GPIB / IEEE 488.2, a RS232 and a USB computer interface allows remote programming and readout from most computers |
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-High stability, low noise output
-Dual output ranges on most models
-Constant current and constant power operating modes
-Multiple laser protection features
-Up to 15V compliance available with 4-Wire voltage measurement on select models
-Pulsed and CW modes
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| The OP250 is a configurable stabilized light source with a variety of Lasers and LEDs. Available in a single port or dual port configuration, selectable wavelengths, and various power levels and industry standard optical interfaces this instrument offers all the features and functions necessary for the development, testing and inspecting of optical components and cables. |
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| The Pilot OEM is an industrial grade, highly precise, low noise, microprocessor operated controller for laser diodes, especially designed for rough enviroments. The laser current or the optical output power and the temperature of the connected laser diode can be precisely regulated. For automated control a RS232 computer interface allows remote programming and readout from most computers. Several security concepts are implemented: Slow Start, Interlock, Compliance Voltage Protection, Passive Polarity Protection by separated current lines. |
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RAYLASE developed its patented PCD technology to resolve the issues of power instabilities with CO2 lasers, which is a limiting factor for certain applications. External optical control and stabilisation of CO2 laser power using the patented PCD method enables precision laser processing of stationary or moving materials such as paper, cardboard, plastic films and other forms with CO2 lasers.
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| The Pilot PC is benchtop, highly precise, low noise, microprocessor operated, controller for laser diodes. The laser current or the optical output power and the temperature of the connected laser diode can be precisely regulated. For automated control, a GPIB / IEEE 488.2, a RS232 and a USB computer interface allows remote programming and readout from most computers |
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| The UC-2000 Universal Laser Controller provides an easy user interface for total control of laser power, duty cycle, and modulation frequency. Power control is achieved by pulse width modulation (PWM) at selectable clock frequencies of 5, 10, and 20 kHz. Compatible with Synrad's entire line of CO2 lasers, the all-digital UC-2000 features an easy-to-read LCD screen and easy set-up. Available in standard or rack-mountable packages. |
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The SurfBoard-USB is a fully featured board, which provides reliable performance for controlling and synchronizing I/O, 2 and 3-axis scan heads and virtually any laser. The board can operate from any PC platform with a USB port - including laptops and embedded PCs. Gone are the days of opening a bulky desktop to install a board or worrying about address or IRQ conflicts. The SurfBoard-USB is a truly plug-and-play product.
Measuring only 10x10cm, the SurfBoard-USB operates with Windows XP / Vista on NTI's industry leading WaveRunner laser / scanner control software. Your laser scanning system will not be waiting for data with the incredibly fast USB 1.1 or 2.0 PC interface and the 10 micro second laser / scanner update rate. The board includes on-board flash memory to store large jobs, plus 6 inputs and 6 outputs used for automation and a pointer control, mark-in-progress signal, start mark signal, and mark-on-the-fly encoder inputs. Scan head control is through an industry standard XY2-100, 16-bit digital interface or an optional analog interface. Laser control is provided via standard PWM, analog or 8-bit digital signals.
Each board is packaged in a small, rugged enclosure, which can be remotely mounted to facilitate easy system installation. And don't worry about losing your software dongle, because with the SurfBoard-USB, there is no software dongle required. |
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General Construction Lasers
Work confidently with the Rugby Series General Construction Lasers - self-leveling for jobs of any size, large or small. The Leica Rugby has the features you need to get the job done.
Leica Rugby 50
Simple, one-button operation, fully automatic, general construction laser. Following in tradition of the Rugby family...
Rugged, reliable, accurate. The Leica Rugby 50 is the affordable “little brother” of the popular Leica Rugby 100. The Rugby 50 provides value where ever it is used. Work gets done faster and more accurately, providing savings in labor, time and materials. As a contractor, you know the values of lasers. Built to Leica Geosystems’ tough standards, you can trust the Leica Rugby 50 to provide you with the right tool to get the job done.
Leica Rugby 100/100LR
Lasers make faster work of any layout job while eliminating costly errors and downtime. The Leica Rugby 100 and 100LR have become the standard in general construction lasers. Ruggedness, accuracy and reliability have been key to the success of the Leica Rugby. |
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The Spectra Precision® Laser LR50 Laser Display Receiver is designed to be used as a stand-alone display receiver on grading and excavating equipment including: dozers, excavators, backhoes, scrapers, and box blades. The easy-to-use LR50 features versatile 360-degree laser reception and works with all types of rotating lasers on all types of machinery for fast, no-hassle setup. Rugged and waterproof, the LR50 receiver withstands all weather environments. Internal isolating shock mounts protect the electronics.
Features:
-Built-in blade tilt indicator helps the operators keep the blade level for increased accuracy and productivity.
-Center On-grade provides an equal amount of grade information above and below on-grade. Use on dozers, graders, scrapers and box blades.
-Offset on-grade for productive excavation provides additional above grade information for less undercuts.
-Built-in plumb indicator for fast, accurate grade checking for excavators and backhoe's.
-Up to six channels of grade information plus directional out-of-laser beam indicators.
-Three selectable accuracies meet job tolerances from rough grading to final finishing for maximum flexibility.
-Adjustable, ultra-bright LED with green on-grade display provides user selectable, easy-to-see display to match ambient lighting conditions.
-Use as standalone display receiver or with CB25 Single Control Box for an affordable blade control solution.
-Used with Spectra Precision Laser RD10 Remote Display.
Used on:
Dozers
Graders
Scrapers
Skid Steers
Box Blades
Levelers
Kilvers
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The robust Trimble LR400 receiver combined with the GL700 transmitter is designed specifically for earthmoving applications performed with larger machines like dozers, scrapers and excavators. The receiver features center on-grade for use with dozers and scrapers and an "excavator mode" for use with excavators and backhoes. Using the excavator mode, more above-grade information is displayed making it easier for the operator to lower the bucket and cut to the correct grade.
Features & Benefits:
-Large LED display arrows indicate "high" or "low" with amber lights and "on-grade" with green lights so the operator can quickly and easily move the cutting edge to a desired elevation, especially on larger machines such as excavators, dozers and scrapers, for improved productivity.
-Adjustable accuracy bandwidths and distinct modes for specific applications and equipment provide flexibility to meet the machine needs and the accuracy requirements of the job.
-Selectable "on-grade" location and accuracy indicators provide improved efficiency and allow customization of the receiver to each unique application.
-Rugged, waterproof magnesium housing withstands tough jobsite conditions.
-Powered using its own battery or using the machine's battery.
Applications:
Site prep
Building pads
Sewage and storm drains
Landfill sites
Balancing materials
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