CRS 4 KHz Resonant Scanner
Description
Elevate your high-speed imaging applications to new heights with Novanta's CRS Series Resonant Scanners, meticulously engineered by Cambridge Technology. These cutting-edge scanners offer a revolutionary solution for rapid scanning rates, delivering unparalleled speed, accuracy, and reliability for a wide range of demanding applications.
At the heart of the CRS Series is its innovative resonant technology, which enables fast scanning over large scan angles with remarkable precision. Each scanner oscillates at a fixed resonant frequency, generating a sinusoidal waveform that ensures swift and smooth scanning motion. This unique design, combined with the lightweight beryllium mirror and broadband coatings, allows for rapid scanning across a broad spectrum of laser wavelengths.
Designed to meet the stringent requirements of high-speed imaging, the CRS Series scanners are ideal for applications such as microscopy and laser ophthalmology, where fast and precise scanning is crucial. Whether you're conducting intricate microscopic examinations or performing delicate laser surgeries, the CRS Series scanners provide the speed and reliability needed to achieve exceptional results.
In addition to their exceptional performance, the CRS Series scanners are also incredibly durable and reliable, with extremely long lifetimes that ensure consistent operation over extended periods. The robust stator-based design simplifies integration and mounting, making setup quick and hassle-free. Plus, each scanner comes equipped with driver board electronics, further streamlining the installation process and ensuring seamless compatibility with your existing systems.
With its unmatched combination of speed, accuracy, and reliability, the CRS Series Resonant Scanners from Novanta are the ultimate solution for high-speed imaging applications. Experience the future of imaging technology and unlock new possibilities for your value-driven applications with Novanta's CRS Series Resonant Scanners.
CRS 4 KHz Resonant Scanner
Specifications |
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|---|---|
| Max Aperture (Beam) Size: | 12 x 9.25 mm |
| Wavelength: | 351 nm (UV), 355 nm (UV), 400 nm (Violet/Blue), 405 nm (Violet/Blue), 527 nm (green), 532 nm (green), 800 nm (near IR), 810 nm (near IR), 1054 nm (IR), 1064 nm (IR), 1070 nm (IR), Other Broadband, Other (see Data Sheet) |
| Max Scan Angle: | 10 - 24 degrees |
| Repeatability: | < 250 μrad |
| Linearity: | -- % |
| Rotor Inertia: | -- g·cm2 |
| Torque Constant: | -- mN·m/Amp |
| Peak Current: | 1 Amp |
| Max Coil Temperature: | -- °C |
| Coil Resistance: | -- Ohms |
| Coil Inductance: | -- mH |
| Back EMF Voltage: | -- mV/deg/ sec |
| Weight: | -- g |
| Mirror Size: | 12.7 mm |
| Resonant Frequency (at 25°C): | 3,938 Hz |
| Frequency Tolerance (at 25°C): | ± 50 Hz |
| Typical Power Consumption: | 1.0 W |
| Frequency Thermal Stability: | 110 ppm/°C ppm/°C |
| Velocity Feedback: | Yes |
| Power Supply: | Single rail, +12VDC (~ 1A current) |
| Command Voltage: | 0-4 VDC |
| Scan Amplitude Control: | Yes |
| Sync Signal: | Yes, occurs at each change in direction |
| Dimmensions (L X W): | 30.5 x 43 mm |
Features
- Fast scanning over large scan angles
- Extremely long lifetimes for reliable operation
- Straightforward integration with stator-based design for simple mounting
- Includes driver board electronics for seamless setup
Applications
- Microscopy
- Laser Ophthalmology
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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How to order?
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Ships from:
United States
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Sold by:
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On FindLight:
since 2016
Frequently Asked Questions
Novanta's CRS Series Resonant Scanners utilize innovative resonant technology, enabling rapid scanning over large angles with exceptional precision. Each scanner oscillates at a fixed resonant frequency, resulting in swift and smooth scanning motion. This unique design, combined with lightweight beryllium mirrors and broadband coatings, allows for rapid scanning across a wide spectrum of laser wavelengths, setting them apart from traditional scanning solutions.
The CRS Series scanners are ideal for high-speed imaging applications such as microscopy and laser ophthalmology, where fast and precise scanning is essential. Whether you're conducting intricate microscopic examinations or performing delicate laser surgeries, the CRS Series scanners provide the speed and reliability needed to achieve exceptional results. Their ability to deliver rapid scanning rates with remarkable accuracy makes them particularly well-suited for these demanding applications.
The CRS Series scanners are not only known for their exceptional performance but also for their durability and reliability. They boast extremely long lifetimes, ensuring consistent operation over extended periods. The robust stator-based design simplifies integration and mounting, making setup quick and hassle-free. Additionally, each scanner comes equipped with driver board electronics, streamlining the installation process and ensuring seamless compatibility with existing systems, thus enhancing their overall durability and reliability.
Novanta's CRS Series scanners feature a robust stator-based design that simplifies the integration and mounting process. This design ensures quick and hassle-free setup, allowing users to easily integrate the scanners into their existing systems. Furthermore, each scanner comes equipped with driver board electronics, further streamlining the installation process and ensuring seamless compatibility with a wide range of systems. These features collectively simplify the setup and integration process, saving time and effort for users.
What advantages do Novanta's CRS Series Resonant Scanners offer for high-speed imaging applications?
Novanta's CRS Series Resonant Scanners offer unmatched speed, accuracy, and reliability, making them the ultimate solution for high-speed imaging applications. Their innovative resonant technology enables rapid scanning over large angles with remarkable precision, ensuring swift and smooth scanning motion. With exceptional durability and reliability, these scanners provide consistent operation over extended periods, unlocking new possibilities for value-driven applications in high-speed imaging.