June 24, 2019
Nanoscribe launches Quantum X for the fabrication of highly-precise microoptics
World’s first Two-Photon Grayscale Lithography system enters the market of maskless microfabrication
The brand-new Nanoscribe Quantum X targets specific needs in modern industrial microfabrication. The launch of this state-of-the-art device at the international trade fair LASER World of Photonics in Munich extends Nanoscribe’s portfolio of high-resolution additive manufacturing systems for the nano- and microscale with a new device specially designed for maskless lithography of highly-precise microoptics. Within its compact housing, prototypes of refractive and diffractive microoptics, as well as, polymer masters are produced. The system features an industrial form factor with intuitive and ready-to-use interfaces for process control.
Responding to high manufacturing demand, e.g., in the sensors, mobile device, data and telecommunications sectors, the company has developed a system that redefines industrial 2D and 2.5D microfabrication. The new Quantum X is the world’s first industrial system based on Two-Photon Grayscale Lithography (2GL), the patent-pending technology developed by Nanoscribe. This printing technology combines the extraordinary performance of grayscale lithography with the precision and flexibility of Nanoscribe’s pioneering Two-Photon Polymerization technology. Quantum X provides a more flexible, straightforward and cost-effective maskless lithography solution for various use cases.
The device is developed for ultra-accurate and free-form microfabrication tasks without compromising speed. The new system is equipped with three live-view cameras for process control and a resin dispenser. To simplify the changeover between hardware configurations objective and sample holder recognition run automatically. Quantum X microfabrication drastically shortens design iteration cycles, saving precious time along the complete printing process. The result is a strong cut of development and production costs and the acceleration of production chains.
Refractive and diffractive micro-optics
Multilevel diffractive optical elements (DOE) can now be produced by modulating the laser power in one scanning plane, reducing print time necessary for multi-layer microfabrication. Also, refractive microoptics benefit from the excellent contouring capabilities achieved with 2GL processes, making single optical elements, arrays with high fill factors of up to 100% and varying shapes such as spherical and aspherical lenses possible in a direct and maskless process. Quantum X fabricates almost any imaginable 2.5D shape on the microscale, something inconceivable before, paving the way to new or strongly enhanced optical elements from imaging, illumination to sensing.
Powerful and user-friendly software
Quantum X software controls and monitors print jobs in real time and supports intuitive operation by means of an interactive touchscreen control panel. The Quantum X developers have put great effort to excel in advanced user–machine interactions. For example, users can now check on the job status, adjust process controls and visualize printing in real time, directly on the built-in touchscreen. To manage and organize the users´ projects, a continuous execution of a series of print jobs is supported by a job queue.
The Quantum X software provides a wizard that guides designers and engineers through print job creation from the very beginning, simplifying job preparation. The integrated software accepts grayscale images of arbitrary optical designs. For example, BMP, PNG or TIFF of up to 32-bit resolution are accepted and prepared for direct fabrication with the Nanoscribe Quantum X.
Two-Photon Grayscale Lithography
Using Two-Photon Grayscale Lithography high-precision components materialize with excellent shape accuracy and ultra-smooth surfaces thanks to the finest contouring capabilities of the 2GL voxel size control. Laser power modulation and dynamic focus positioning are synchronized accurately at high scanning speeds, enabling full voxel size control along each scanning plane. Quantum X produces simple and complex optical shapes with variable feature heights within each scan field. Discrete and accurate steps, as well as, essentially quasi-continuous topographies, can be printed in one step without the need for several lithography steps or multiple mask fabrication.
The fabrication process with Quantum X allows a wide range of substrates, including transparent and opaque ones, accepting sizes of up to six-inch wafers. Working with this new device avoids costly mask fabrication, spin-coating and pre- or postbaking when used with Nanoscribe photoresins. These resin materials are easy to handle, allow high aspect ratios and enable high structures, approaching the limits of the physically possible. Nanoscribe´s disruptive Quantum X arrives with an additive manufacturing approach that overcomes height, throughput, resolution and design limitations.
The design of Nanoscribe Quantum X is by Braake Industriedesign, the adaptation to the new corporate design was done by 31M.
Img. 1: Quantum X is Nanoscribe’s new maskless lithography system for the fabrication of refractive and diffractive microoptics with highest precision
Img. 2: Quantum X intuitive touchscreen panel offers process control, job status and print job queue. Photo: Chris Frühe
Img. 3: Micro-optics directly printed on a two-inch wafer without the need for additional lithography steps or mask fabrication
Img. 4: Microlens array fabricated by Nanoscribe Quantum X
Right of use and media relations
Our images may be used free of charge for editorial purposes. Please state the source as follows: "Image: Nanoscribe". The images must not be used for commercial purposes or passed on to third parties.
In case of questions or if you would like to be added to our press mailing list, please do not hesitate to contact Anke Werner email@example.com.
Stay up to date with our latest press releases about Nanoscribe and the world of 3D Microfabrication. Directly get in touch with us to discuss further press activities: Media relations