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Importing Files from Corel Draw - Basics.Double Mat Contour Text with Corel DRAW.Double Mat Contour Multi with Corel DRAW.Importing from Corel DRAW Basic Overview - PART 2 of 2.Importing from Corel DRAW Basic Overview - PART 1 of 2.
GROOVE SCRIBE SOFTWARE HOW TO
How to Adjust the Transparency of an Image for Draw Mode.Draw Mode + Mirror + Merge - Tracing a Hand Carved Mat NEW!.Draw Mode + Grid Mode - Custom Jersey Shape NEW!.Draw Mode - Axe Shape Demo with Contour Double Mat NEW!.How to crop one edge of a board in Cut Mode NEW!.Autoload - Automatic Batch Importing & Nesting - Overview NEW!.Using Nesting to Cut Matboard Liner Strips.Double Mat Film Strip Demo - Part 2 of 2.Double Mat Film Strip Demo - Part 1 of 2.Transform Tools - Scale, Rotate & Mirror.Dynamic Snapping and Outside Measurement.Using Merge to Create a Double Mat with a Contoured Negative Offset - Example 2 NEW!.Using Merge to Create a Double Mat with a Contoured Negative Offset - Example 1 NEW!.Setting up a New Mat Profile with a Popup Reminder.Multi-Opening Double Mat with V-Groove Demo - version 2.Multi-Opening Double Mat with V-Groove Demo - version 1.
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GROOVE SCRIBE SOFTWARE SOFTWARE
Stay connected with nanoConnectX: Start and monitor your print job from the office with the remote access software nanoConnectX. This ensures maximum compatibility with your existing process chain and avoids adverse effects to the optical devices on your chips. There is no need for thermal treatment as known from other lithography technologies. The system will then automatically perform submicron alignment depending on your configuration.Īfter printing, the unused resin is removed by simply rinsing with organic solvents. Register the starting positions on each substrate, double check using the high-resolution live camera view and start your print job. Start your print job via the touchscreen: The intuitive touchscreen menu of Quantum X align easily guides you to successful printing. The process itself benefits from the simplicity of Nanoscribe’s Dip-in Laser Lithography technology: The liquid photoresin is applied onto the substrate and the objective lens directly dips into it, without the need for spin-coating or oil-immersion setups. It is possible to load single or multiple substrates. From microfluidics to complex sensor systems or MEMS: Quantum X align is the perfect two-photon lithography tool for high-precision direct laser writing, automatically positioned with highest precision onto complex 3D substrates, even on tilted or angled structures.Įasy to set up: Quantum X align provides adaptable substrate holders for cleaved single fibers, fiber arrays and photonic chips. The two-photon lithography systems with nanoprecision 3D alignment, coupled with a powerful and user-friendly workflow, also opens up new opportunities for 3D Microfabrication beyond microoptics. This makes Quantum X align the perfect 3D-aligned nanofabrication tool for 3D printing microoptical elements directly onto surfaces or facets of photonic chips and thus for photonic packaging processes in industrial manufacturing. Quantum X align also features a confocal imaging module for 3D mapping of substrate topographies and fully automatic 3D alignment to predefined markers or waveguides. The automatic 3D fiber core detection system and automatic tilt correction guarantee precise alignment and lowest coupling losses when printing onto single cleaved fibers or v-groove fiber arrays. Align to optical fibers and photonic chips The often costly active alignment is no longer necessary. Thus, the complexity of the process chain is reduced and assembly tolerances are relaxed while enabling even more compact devices. Quantum X align simplifies this process: Optical interfaces on photonic chips or fiber cores and their spatial orientation are automatically detected, and freeform microoptics or diffractive elements are printed directly in place, taking tilt into account. Packaging of integrated photonic circuits (PIC) or miniaturized medical devices requires tedious placement and active alignment of the various microoptical elements to each other.