In the ever-evolving field of scientific research, staying ahead of the curve is not just an option; it’s a necessity. When it comes to imaging systems for your experiments, outdated technology can significantly hinder your progress. That’s where the Newton 7.0 steps in, challenging the status quo and redefining what’s possible in optical imaging. In this blog post, we’ll explore why you need to consider replacing your outdated optical imaging system with the Newton 7.0.
- Versatility
Your old system might have served you well, but it’s time to unlock new possibilities. The Newton 7.0 is a true game-changer, offering the versatility to perform bioluminescence, fluorescence (VIS, NIR-I, & NIR-II), and 3D tomographic imaging—all in one device.
- Advanced Features for Cutting-Edge Research
The Newton 7.0 boasts a wide array of cutting-edge features designed to surpass the capabilities of your current system. The proprietary, industry leading lens (f/0.7) and thermoelectrically cooled (-90) deliver enhanced sensitivity and improved image resolution. Its user-friendly interface ensures you can focus on your research, not troubleshooting equipment.
- Ideal for Every Application
Whether you’re conducting in vivo, ex vivo, or in vitro imaging, the Newton 7.0 is your trusted partner. Its capabilities span a wide range of applications, making it a versatile choice for researchers across various fields.
- Simultaneous Imaging for Increased Efficiency + License Free SW
Two of the standout features of the Newton 7.0 is its ability to simultaneously image multiple specimens and its License-Free Acquisition and Analysis Software.
- Unmatched Imaging Quality
When it comes to optical imaging, quality is paramount. The Newton 7.0 is designed to provide excellent spatial resolution, depth penetration, and superior contrast. These advantages make it an ideal choice for researchers seeking the highest-quality data.
- Innovative Technology at Your Fingertips and Budget
The Newton 7.0 introduces innovative, patented technology that addresses the challenges experienced by early adopters of imaging modalities. It’s not just a replacement for your old optical imaging system; it’s a leap forward into the future of scientific discovery at an affordable price.
