Nanoscribe QX series two-photon maskless lithography system

NegotiableUpdate on 01/16

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Overview

Nanoscribe QX series two-photon maskless lithography system - Quantum X align, as a certified 3D printing equipment in the industry, has aligned two-photon lithography technology A2PL; It can achieve precise alignment at the nanoscale on optical fibers and photonic chips.

Product Details

Nanoscribe QX series two-photon maskless lithography systemAchieve the highest resolution
A2PL ® Application of 3D printing technology for nanometer level precision alignment

New Quantum X align aligned two-photon lithography (A2PL)®）The system has achieved precise placement of high-precision structures through the newly added high-precision alignment function, enhancing Nanoscribe's widely recognized 3D micro nano machining technology. This highest resolution printing device with nanometer level precision alignment 3D printing function utilizes A2PL technology, and free-form micro optical components can be accurately aligned and printed onto the optical axis of optical fibers or photonic chips with sub micron precision. Can be applied to the production of efficient optical interconnects for photon integration and packaging or miniaturization of imaging optical devices, such as for minimally invasive endoscopic examinations.

Complete from alignment to printing in one step

The packaging of integrated photonics or miniaturized medical devices typically requires tedious placement and A2PL optical interface alignment processes between various micro optical components. Quantum X align simplifies this process, and A2PL technology enables automatic detection of optical interfaces and their spatial directions on photonic chips or fiber cores, as well as direct printing of free-form surface micro optics or diffraction elements in place. While achieving more compact equipment, it reduces assembly errors and greatly reduces the complexity of the process chain, avoiding the previously costly manual alignment process.

Align optical fibers and photonic chips

When printed on a single split fiber or V-groove fiber array, the automatic 3D fiber core detection system and automatic tilt correction function ensure precise alignment and low coupling loss.
Quantum X align also features a confocal imaging module for substrate topology 3D mapping and can automatically align pre-defined markers or waveguides. This makes Quantum X align a tool for directly printing micro optical components onto the surface or facets of photonic chipseffectiveTool suitable for photon packaging in industrial manufacturing.

Accurately implement your ideas

The 3D alignment system with nanometer level accuracy, coupled with a powerful and user-friendly workflow, has opened up new opportunities for other micro nano processing applications beyond 3D micro nano optics. From microfluidics to complex sensor systems or MEMS: Quantum X align is a high-precision 3D micro nano machining tooleffectiveTools that can achieve automatic positioning with the highest accuracy on complex 3D substrates.

Nanoscribe QX series two-photon maskless lithography systemTechnical Specifications

High performance 3D micro nano fabrication achieved through alignment two-photon lithography (A2PL) technology
3D printing on optical fibers: achieving precise alignment and printing on the surface of optical fibers based on core detection function
3D printing on chips: precise alignment and printing on chip surfaces or facets based on 3D substrate topology composition
3D alignment technology: automatic detection and substrate tilt compensation on three rotation axes
High speed micro nano processing intelligent slicing

Printing program and workflow

High precision 3D printing based on two-photon polymerization (2PP)
Using Dip in laser lithography (DiLL) for simple and reliable setup
100 nanometer feature size control
Alignment two-photon lithography (A2PL) technology achieves precise 3D printing at predefined positions