Xolo introduces Xell for accessible volumetric bioprinting
With the introduction of its newest hardware system Xell, Xolo is looking to make volumetric bioprinting available to a broader audience. Designed for researchers looking to explore the possibilities of bioprinting without heavy financial commitments, Xell provides precision, compactness, and user-friendly operation to accelerate discovery in biomedical research.
Volumetric bioprinting is reshaping biomedical research by enabling the creation of 3D structures quickly and with precision. Unlike traditional methods that rely on layering materials, volumetric bioprinting uses light to solidify bio-inks in a three-dimensional space all at once. This approach produces smoother, more intricate structures and is well-suited for applications in tissue modeling, drug testing, and educational environments.
The Xolography advantage
Xell is part of Xolo’s Xolography ecosystem, emphasizing precision and speed through its unique bioprinting process. While advanced systems like Xube cater to highly detailed and larger-scale applications, Xell focuses on accessibility without sacrificing quality. It offers an ideal starting point for researchers ready to venture into this innovative technology.
Xell addresses one of the biggest challenges in bioprinting: cost. Offering a solution that fits most research budgets allows labs to experiment with cutting-edge technology without requiring large upfront investments or prolonged grant approvals. Researchers can explore concepts and gather insights with minimal barriers.
Compact design for labs
Xell’s compact form factor ensures it fits seamlessly into existing research setups. Its dimensions of 285 x 420 x 275 mm³ make it suitable for laboratories of all sizes, while its compatibility with standard disposable cuvettes ensures easy integration with standard workflows. This design helps labs make the most of their workspace while introducing advanced capabilities.
Xell features Full HD resolution and uses a high-intensity LED light sheet to deliver smooth and precise results. The system achieves a feature size as small as 10 µm, allowing researchers to create intricate structures that meet the demands of modern biomedical applications. The combination of speed and precision makes it an effective tool for producing 3D models.
Ease of use is a hallmark of Xell. The printer is designed to work with Xolo’s ready-to-use bio-inks, minimizing the time spent on preparation. An intuitive user interface eliminates the complexities often associated with bioprinting, making it an accessible option for labs new to this field. Additionally, printing in sealed cuvettes ensures a controlled environment, maintaining the integrity of bio-inks and enhancing reliability.
Xell’s printing process is designed to produce results quickly. Its print speed of up to 3 mm/min reduces the time required for iterations and experiments. Researchers can achieve their objectives faster, allowing them to focus on refining their work or exploring new ideas without delays.
Future expansion with the Xolography ecosystem
Xell serves as the entry point into a broader ecosystem of bioprinting tools offered by Xolo. For labs looking to scale their operations, systems like Xube² provide additional capabilities, including larger build volumes and more advanced resolution. The Xolography family ensures that researchers can grow their projects without switching to completely new platforms or technologies.
Xell is suitable for a variety of applications, including tissue engineering, drug development, and education. By providing a cost-effective and efficient solution, it enables researchers to advance projects that were previously out of reach due to budget or equipment constraints. Key specifications include:
- Build Volume: 10 x 17 x 10 mm³
- Feature Size: 10 µm
- Light Wavelength: 385 nm or 405 nm
- Connectivity: Wifi, Ethernet, USB
- Dimensions: 285 x 420 x 275 mm³
