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Whitepaper 1: Two-Photon Poymerization
Two-Photon Polymerization is a technology for 3D printing microscale objects with amazingly fine features down to the submicrometer range. In our first whitepaper we outline the additive manufacturing technology, also in a direct comparison to competing technologies. In addition, we provide you with practical know-how on how to apply this technology to your 3D microfabrication projects.
Table of Contents
- Basics and principles
- High-precision 3D printing technologies
- From CAD model to 3D printed object
- The essential role of materials
- Applications in research and manufacturing
Whitepaper 2: Two-Photon Grayscale Lithography
Two-Photon Grayscale Lithography (2GL®) is a cost-effective microfabrication technology for rapid prototyping and industrial master production of 2.5-dimensional topographies, such as flat micro-optics and micro- and nanostructured functional surfaces. Our second whitepaper introduces the new maskless lithography, compares it to alternatives and highlights cutting-edge applications of micro-optics.
Table of Contents
- Basics and principles
- Benchmarking of comparable microfabrication technologies
- Workflow from design to printed structures
- The essential role of materials
- Microoptics applications
Whitepaper 3: Industrial upscaling of nano- and microfabrication
Interested in how to streamline the fabrication of advanced nano- and microstructures on an industrial scale? Then discover Two-Photon Grayscale Lithography (2GL®) as the starting point and key to mass production of state-of-the-art microstructures. Gain first-hand insights on how to ramp up your industrial production of state-of-the-art microstructures with well-established replication technologies.
Table of Contents
- Scaling up nano- and microfabrication
- Mastering by Two-Photon Grayscale Lithography
- Multi-stage process flow
- Micro injection molding
- Nanoimprint lithography
- Applications for mastering and replication
On-demand webinars
理論学習とデモセッションによるウェビナー
エキスパートが当社のマイクロファブリケーション技術をご紹介します。Photonic Professional GT2、Quantum X litho、Quantum X shape、新しいQuantum X bioとQuantum X alignについて、技術的基礎、ソフトウェアワークフロー、アプリケーション機会に関する貴重な洞察をご活用ください。
プレミアムリソースにログインするか、まず独自のプレミアムアカウントを作成して、オンデマンドウェビナーを無料でご覧ください。
Webinar 1: Two-Photon Poylmerization
Info and watch webinar 1
Discover the breakthrough technology for 3D printing nano-, micro- and mesoscale objects with amazingly fine features down to the submicrometer range. In our first on-demand webinar you get to know Two-Photon Polymerization for 3D microfabrication with highest precision and speed:
- Quality properties of 2PP
- Workflow and software of high-precision 3D printing
- Benchmark applications in research and manufacturing
- Recorded Q&A sessions of the live webinar
Webinar 2: Two-Photon Grayscale Lithography
Info and watch webinar 2
Or learn about the capabilities of Two-Photon Grayscale Lithography (2GL ®) for super smooth and shape-accurate 2D and 2.5D topographies. Our experts introduce the new maskless lithography technology that enables ultra-fast voxel tuning in microoptics manufacturing:
- Basics and principles of 2GL
- Software demonstration of the Quantum X litho
- Cutting-edge microoptics applications
- Recorded Q&A sessions of the live webinar
Webinar 3: Materials & Life Science Engineering
Info and watch webinar 3
Learn more about advanced 3D printing solutions and biocompatible materials for cell behavior studies and tissue engineering. Our experts introduce the capabilities of our microfabrication technology for life science applications with a live demo session of our new Quantum X shape:
- Basics and principles of 2PP
- Special requirements on microfabrication in life sciences with Quantum X shape live demo
- Fascinating life science applications
- Recorded Q&A sessions of the live webinar
Webinar 4: Microneedles for
Medical Applications
Info and watch webinar 4
Find out more about microneedles for medical applications and get insights into the workflow of our 3D bioprinter Quantum X bio during a live demo session. Our experts introduce the possibilities and capabilities for the 3D Microfabriaction of microneedles based on Two-Photon Polymerization (2PP):
- Basics & principles of 2PP-based 3D microfabrication
- Overview on microneedles research & applications
- Live demo of printing microneedles & advanced materials
- Recorded Q&A sessions of the live webinar
Webinar 5: Scaling up nano- and microfabrication
Info and watch webinar 5
Discover how to scale up the fabrication of advanced nano- and microstructures on an industrial scale using Two-Photon Grayscale Lithography (2GL ®). Get insights into our Quantum X litho workflow during a live demo session and find out more about rapid prototyping and mastering:
- Technical options for scaling up to mass production
- Software demonstration of the Quantum X litho
- Nanoimprint lithography - feasibility assessment to production line
- Recorded Q&A sessions of the live webinar
Webinar 6: Aligned 3D printing on optical fibers
Info and watch webinar 6
Get insights into aligned 3D printing on fibers and how this can be used as efficient interconnects for photonic packaging. Our experts introduce the fundamentals and principles with a live demo and share their ideas on applications and their market potential:
- Basics of aligned 3D printing
- Workflow of aligned 3D printing on fibers with Quantum X align live demo
- Novel ideas and technologies for photonics packaging
- Recorded Q&A sessions of the live webinar
Webinar 7: 3D printed cell culture
microenvironments
Info and watch webinar 7
Gain insight into 3D cell culture microenvironments, presented by Prof. Angelo Accardo (TU Delft) and discover our 3D bioprinter Quantum X bio and its work flow during a live demo session. Our experts discuss the capabilities of 3D bioprinting based on Two-Photon Polymerization (2PP):
- Cell culture models and mechanobiology concepts
- Biofabrication of 3D cell microenvironments
- Basics of 2PP microfabrication
- Quantum X bio live demo
- Application scenarios, use cases and future outlook
- Q&A session
Webinar 8: Aligned 3D printing on photonic chips
Info and watch webinar 8
Discover how 3D aligned microfabrication on photonic chips drives innovations in quantum physics based communication and light detection systems. Get insights into our Quantum X align workflow during a live demo session and find out more about integrated photonics and photonics packaging:
- Future PIC & photonics packaging technologies
- Quantum physics based communication systems
- Features of Aligned 2-Photon Lithography (A2PL®)
- Quantum X align photonic chip printing live demo
- Highlight applications and benchmark projects
- Q&A session
Webinar 9: 3D printing of vascularized tissues
Info and watch webinar 9
Gain insight into tissue fabrication and in vitro vascularization and explore the possibilities with our Quantum X bio in a live demo. Our experts present 3D printing at the scale of tissues and vessels and applications for tissue engineering, disease modeling, drug discovery and in regenerative medicine:
- The role of tissue models and organoids with a focus on vascularization
- Quantum X bio – features, materials and new applications
- 3D printing at the scale of biological tissues and vessels in a live demo
- Application scenarios, use cases and future outlook
- Q&A session
Webinar 10: Multi-material 3D printing
Info and watch webinar 10
Discover how multi-material 3D printing can transform microoptics and life sciences in our live webinar. Learn to set up multi-material printing, explore Quantum X systems, and see a live demo from design to final part. Our experts will guide you through solutions, workflows, and photoresin options:
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Materials and challenges of multi-material 3D printing
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Applications and benchmark research in microoptics and life sciences
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Multi-material upgrade kit for Photonic Professional systems
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Multi-step multi-material 3D printing with Quantum X systems
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Live demo of high-resolution multi-material 3D printing
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Q&A session
Webinar 11: Advanced photonic coupling
Info and watch webinar 11
Discover how 3D aligned microfabrication on photonic chips drives innovations in quantum physics based communication and light detection systems. Get insights into our Quantum X align workflow during a live demo session and find out more about integrated photonics and photonics packaging:
- Two-Photon Polymerization for photonic integration
- Novel approaches to photonics packaging
- Live demo: Aligned 3D printing of innovative photonic couplers
- Q&A session
Webinar 12: Scaling photonic computing
Info and watch webinar 12
Gain insights in the current state of photonic computing, emerging scaling concepts, and a variety of optical interconnect and packaging approaches enabling low-loss, high-performance photonic coupling. A live demonstration showcases how Aligned 2-Photon Lithography (A2PL®) enables the precise fabrication of scalable coupling structures:
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Current architectures and challenges in photonic computing
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Scalable packaging concepts for PIC integration
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Plug-and-play fiber-to-chip interconnects
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Aligned 3D printing with Two-Photon Grayscale Lithography
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Live 3D printing of advanced optical couplers
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Q&A session
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