gem Series
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Ships from:
United States
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Sold by:
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On FindLight:
since 2016
Description
Novanta specializes in cutting-edge photonics solutions, including components and sub-systems tailored for laser-based diagnostic, analytical, micromachining, and fine material processing applications. Our DPSS gem Series features powerful lasers, advanced beam steering, and intelligent sub-systems with software and controls, ensuring extreme precision and performance to meet the demands of our customers' applications.
BUILT FOR OEMS
The gem Series is the preferred OEM laser, designed for seamless integration into OEM instrumentation. With high output power in a compact platform, exceptional wall plug efficiency for effective thermal management, and robust optomechanical design, the gem Series supports high reliability in 24/7 system integrated applications. Features like integrated power feedback ensure exceptional power and spectral stability, while fiber coupling solutions benefit various applications from Super Resolution Microscopy to Semiconductor inspection.
PERFORMANCE DATA
The gem Series offers a range of compact lasers designed for easy OEM integration. With versatile power options and multiple wavelength offerings, it meets the needs of system designers requiring a reliable laser with excellent beam quality. All gem lasers are high-specification single transverse mode CW lasers, making them ideal for applications such as Raman and super-resolution microscopy. With a long industrial heritage, the gem Series delivers extended performance lifetimes, making it suitable for installation and long-term use without frequent maintenance.
FLEXIBLE DESIGN
Customizable options are available to optimize your laser for specific applications:
- Fiber coupling: Choose from multi or single mode fiber delivery options for precise beam delivery.
- Intelligent control unit: Easily set and monitor laser parameters with PowerLoQ™ technology, ensuring extreme power stability over extended periods.
- 1200 g drop-test: All gem lasers undergo rigorous testing to ensure long operational lifetimes.
- RemoteApp: Control the laser locally or remotely over the internet, and connect directly to our support team for monitoring and optimization.
- Available in a range of wavelengths and powers: The gem Series is designed for seamless integration into instruments, offering exceptionally long operation lifetimes for fit-and-forget laser sources.
ADDITIONAL INFORMATION
Customizable options available for your laser to optimize your application -
- Weight: 0.75 kg
- Weight: 0.8 kg (gem 640 only)
- Umbilical length: 1.5 m
- Cooling options available
- System can be modulated
- Vertical polarization is available on request
- Fiber coupling available
- LabView drivers available
- 2 years unlimited hours warranty for scientific users
gem Series
Specifications |
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|---|---|
| Wavelength: | 532 nm |
| Max Output Power: | 100 mW |
| Cooling Method: | Air-Cooled, Fan-cooled, Passive cooling, Active cooling, Heat sink |
| Tunability: | Fixed Wavelength |
| Control Interface: | Digital Control |
| Noise Bandwidth: | 10Hz - 6MHz |
| Spatial Mode: | TEM00 |
| Ellipticity: | <1:1.2 |
| M^2 Value: | <1.1 for gem 532, <1.2 for other models |
| Bandwidth: | 30GHz for gem 531, 660, 671 and 40GHz for gem 561, 640 |
| Polarization Ratio: | >100:1 |
| Polarization Direction: | Horizontal |
| Beam Pointing Stability: | <10urad/degC |
Features
OEM-Centric Platform
Our platform is designed with OEM integrators in mind, offering flexibility and customization to meet precise requirements. Key features include advanced options like high power single-mode (SM) and multi-mode (MM) fiber coupling solutions, as well as a high power-to-footprint ratio. With a robust optomechanical design, our platform ensures prolonged longevity and minimized downtime for uninterrupted operation.
Exceptional Performance Ensuring Consistency
Our platform delivers exceptional performance, supporting consistent and repeatable results across various applications. Experience exceptional power stability and low noise, leading to high repeatability, resolution, and consistency in your processes. Achieve high power on sample, whether via free space or fiber delivery methods.
Ease of Integration and Operation
Benefit from high wall-plug efficiency, allowing for effective thermal management with air-cooled solutions. Our plug-and-play solution simplifies integration, increasing productivity and facilitating field replacements when needed. Featuring a compact laser head and power supply unit (psu), our platform is easy to integrate into new designs or retrofit into existing OEM instruments.
Applications
- OEM
- Laser optics
- Metrology and inspection
- Biomedical sciences and instrumentation
- Spectroscopy
- Material processing
- Microscopy
- Holography
- Particle counting
Frequently Asked Questions
The gem Series lasers are ideal for a wide range of applications including Super Resolution Microscopy, Raman Spectroscopy, Hologram Replication, Semiconductor Inspection, Particle Counting, and more.
The gem Series lasers offer advanced features such as high power single-mode (SM) and multi-mode (MM) fiber coupling solutions, exceptional power stability, low noise, high wall-plug efficiency for effective thermal management, and a compact design for easy integration.
gem Series lasers deliver exceptional power stability and low noise, resulting in high repeatability, resolution, and consistency across diverse applications.
Yes, gem Series lasers feature a simple plug-and-play design that increases productivity and allows for easy integration into both new and existing OEM instruments.
gem Series lasers offer customizable fiber coupling options including both multi-mode (MM) and single-mode (SM) fiber delivery, allowing the beam to be efficiently delivered to the point of need in various applications.
With a robust optomechanical design, gem Series lasers are built for prolonged longevity, minimizing downtime and ensuring uninterrupted operation. They undergo rigorous testing to ensure long operational lifetimes and reliability.
gem Series lasers feature high wall-plug efficiency for effective thermal management, making them suitable for air-cooled solutions. This ensures optimal performance and reliability even in demanding operating environments.