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    • NanoGuide
    • Content Version
    • General Information
    • Photonic Professional Series
    • Quantum X
    • MPO
    • Printing Processes
    • Process Materials
    • NanoGuide
    • Content Version
      • General Information
        • Services
            • Learning Options
            • Support Options and Technical Services
            • Moving the 3D Printer
        • Fundamentals
            • 3D Printing Using Two Photon Polymerization (2PP)
            • Direct Laser Writing with a Nanoscribe 3D Printer
            • Polymerization Mechanism of IP-Resins
            • Air Bubbles in Resin
            • Bubbles (Over-Exposure)
            • Adjusting the Dose
            • Structure Adhesion
            • Structural Deformation
            • Shape Accuracy
            • Biocompatibility
            • Cell Viability in Custom Resins
            • Add Resin Data to Zemax
        • Workflow and Maintenance
            • General Standard Operating Procedure
            • Printing Considerations
            • Required Materials for a Print Job
            • Best Practice
            • Cleanroom
            • Cleaning Objective Lenses
            • Operation of Cartridges
            • Development Overview
            • Screenshot and Video Recording of the Printing Process (Captura)
        • Appendix
            • Nanoscribe Emea User Meeting on May 13th – 14th
            • Publications
            • Links
            • Abbreviations
            • Change Notes
            • Full Test Article with All Elements
      • Photonic Professional Series
        • Overview and Safety
            • Photonic Professional GT2 Introduction
            • Ppgt+
            • Safety
            • Specifications
            • Technical Parameters
            • Room Specifications
        • Training Sessions
            • Training Photonic Professional
            • E-Learning - Basic Training Overview
            • Quiz 1 of E-Learning Basic Training
            • Quiz 2 of E-Learning Basic Training
            • Quiz 3 of E-Learning Basic Training Ppgt
            • Quiz 3 of E-Learning Basic Training PPGT2/Gt+
            • Quiz 4 of E-Learning Basic Training
            • Quiz 5 of E-Learning Basic Training
        • Workflows
            • Operational Workflow
            • Powering the Ppgt up and Down
            • Powering the PPGT2 up and Down
            • Sample Preparation
            • Sample Loading, Printing and Sample Unloading (Exchange Holder)
            • Preparing the PPGT2 for Objective or Sample Holder Exchange
            • Inserting or Removing a Sample Holder (PPGT2)
            • Inserting or Removing an Objective (PPGT2)
            • Finding the Interface
        • Hardware
            • Hardware Overview
            • Optical Table and Isolation Frame
            • Microscope
            • Positioning Systems: Stage, Piezo and Z-Drive
            • Galvo
            • Laser
            • Definite Focus (Interface Finder)
            • Nosepiece Cover
        • Software
            • Software Overview
            • Describe
            • Nanowrite
            • Zeiss Axiovision
            • Acquire Control
            • Windows 10 Upgrade
            • Editing .Ini Configuration Files
        • Objectives
            • Objective Overview
            • 63x Objective
            • 25x Objective
            • 20x Objective
            • 10x Objective
        • Sample Holders
            • Sample Holders
            • Configuring a Sample Holder (Snapon and Nosample)
            • Customized Sample Holder
        • Substrates
            • Fused Silica Substrates (3D SF Dill)
            • Ito-Coated Substrates (3D MF Dill)
            • Silicon Substrates (3D LF Dill)
            • Borosilicate Substrates (3D SF Oil)
            • Microscope Slides
        • Print Sets
            • Print Sets Overview
            • Print Set Selector
            • 3D Microfabrication Solution Set Small Features (3D SF)
            • 3D Microfabrication Set Small Features Oil (3D SF Oil)
            • 3D Microfabrication Solution Set Medium Features (3D MF)
            • 3D Microfabrication Solution Set Large Features (3D LF)
            • 2D Microfabrication Set Maskless Lithography (2D Ml)
        • Print Set Applications
            • Applications Overview
            • Printing with the 3D Microfabrication Solution Set Small Features (3D SF)
            • Printing with the 3D Microfabrication Solution Set Medium Features (3D MF)
            • Printing with the 3D Microfabrication Solution Set Large Features (3D LF)
            • Printing with the 2D Microfabrication Set Maskless Lithography (2D Ml)
            • Printing with IP-Visio
            • Printing with IP-N162
            • Printing with IP-Pdms
            • Printing with IP-G
            • Printing with the Glass Printing Explorer Set (Gp-Silica)
            • Printing with SU-8
            • Printing with IP-Pdms in Oil Immersion
        • Advanced Printing
            • Marker Alignment
            • Marker Alignment with Acquirecontrol
            • Real 3D Trajectories: Piezo Printing
            • Resin Pool
            • Diffractive Optical Elements (DOE) and Image Printing
            • Servermode
            • Printing Custom Materials
            • Axiovision Live-View Camera Settings
            • Manual Control
            • Interface-Finding Scenarios
            • Manual Interface Finding
        • Cleaning and Maintenance
            • General Maintenance Remarks
            • Cleaning the Stage and Nosepiece
            • Cleaning the Optical Cabinet and Computer Peripherals
            • Cleaning the Beam-Path Components
            • Cleaning the Axiovision Live-View Camera
            • Cleaning Objective Threads
            • Galvo Scu Troubleshooting Guide
            • Accessing the Side of the PPGT2 for Maintenance
            • Accessing the PPGT2 Axiovision Live-View Camera
            • Ffpro Unmounting Guide
        • Appendix
            • Operation Manual
            • Power Outage
            • Troubleshooting
            • Creating a Service Report
            • Video Transcripts - Photonic Professional
      • Quantum X
        • Overview and Safety
            • Quantum X Introduction
            • Technological Introduction
            • Safety
            • Operating Instructions
        • Training Sessions
            • Training Quantum X
            • E-Learning - Basic Training Overview
            • E-Learning Quiz 1 - Preparing a Project
            • E-Learning Quiz 2 - Printing First Project
            • E-Learning Quiz 3 - Theory of 2PP Printing
            • Quiz - Dispenser
            • Quiz - Printing on Fibers
            • Quiz - Printing on Chips
            • Quiz - Printing with the XLF Print Set
            • Quiz - Printing with the Bioprinting Set
            • Quiz - Custom Resins
            • Quiz - Live Cell Printing
        • Workflows
            • Operational Workflow
            • Project Preparation
            • Print Preparation
            • Printing
            • Development
            • Print Job Management via the Job Server
            • Maintenance
        • Software
            • Software Overview
            • Describex
            • Grayscribex
            • Nanoprintx
            • Nanoconnectx
        • Hardware
          • Substrate Holders
        • Print Heads
            • 63x Print Head (SF)
            • 25x Print Head (MF)
            • 10x Print Head (LF)
            • 5x Print Head (XLF)
        • Substrates
            • Fused Silica Wafer
            • Silicon Wafer
            • Microscope Slides
            • Glass Bottom Dish
        • Print Set Applications
            • Print Sets Overview
            • Print Set Selector
            • Printing with the Small Feature Print Set (SF)
            • Printing with the Medium Feature Print Set (MF)
            • Printing with the Large Feature Print Set (LF)
            • Printing with the Extra Large Feature Print Set (XLF)
            • Printing with IP-Pdms
            • Printing with IP-Visio
            • Printing with IP-n162
            • Printing with Hydrotech N100 and Degrad N100
            • Printing with Hydrotech N200
            • Printing with Hydrobio INX Resins
            • Printing with Resins Based on PEGDA
            • Printing with Resins Based on Photochitosan
            • Printing with Resins Based on Photodextran
            • Printing with Resins Based on Photogel
            • Printing with Resins Based on Photoha
        • Advanced Printing
            • Dispenser
            • Printing on Fibers
            • Printing on Chips
            • Printing with the Bioprinting Set
            • Printing with Custom Resins
            • Objective Protection
            • Live Cell Printing
            • Basic to Advanced Printing with Grayscribex
            • Single Layer Printing with Grayscribex
            • 3D Printing by 2GL
            • Developing a 2GL Preset
        • Appendix
            • Your Quantum X Configuration
            • Calibration
            • Troubleshooting
            • Error Reporting
            • Legacy Process Recipes/Presets for Quantum X
            • Video Transcripts - Quantum X
      • MPO
        • Overview
            • MPO100: Introduction
            • MPO100: Safety
            • MPO100: Manuals
        • Workflow
            • MPO100: Operational Workflow
            • MPO100: Sample Preparation
            • MPO100: Finding the Interface
            • MPO100: Setting Offset Value (AddZ0)
        • Substrate Holders
            • MPO100: Sample Holders
            • MPO100: Standard Sample Holder
            • MPO100: Inset Sample Holder
            • MPO100: Bath Sample Holder
            • MPO100: Vacuum Sample Holder
            • MPO100: Fiber Sample Holder
        • Objectives
            • MPO100: Objective Overview
            • MPO100: IWM1 - 100x Objective
            • MPO100: IWM2 - 63x Objective
            • MPO100: IWM3 - 25x Objective
            • MPO100: MWM1 - 10x Objective
            • MPO100: MWM2 - 5x Objective
            • MPO100: FWM1 - 20x Objective
            • MPO100: FWM2 - 40x Objective
            • MPO100: Focal Shift When Using Air Objectives
        • Materials
            • MPO100: Materials Overview
            • MPO100: Ormocere Materials
            • MPO100: Hi-D Material
            • MPO100: Hi-Res Material
            • Printing with Nanoscribe Resins
      • Printing Processes
        • DeScribe/DeScribeX Model Creation (CAD) and Import
            • Model Creation and Import Overview
            • Cad Model Creation
            • Describe Menu
            • Import Wizard
            • Recipes
            • Advanced STL Processing
            • Commandlineslicer
            • Nanowrite 1.7 Compatibility Mode
        • DeScribe/DeScribeX Programming Structures
            • GWL Programming Overview
            • Introduction to GWL Programming
            • Stage Movements, Offsets, Block Splitting and Stitching
            • Printing Modes
            • Variables, Loops and Mathematical Expressions
            • Special Programming Features
            • Debugging GWL Code with Describe
            • GWL Command Reference
            • GWL Command Reference (Describex)
        • Print Strategies
            • Block Splitting and Stitching
            • Shell and Scaffold Printing
            • Swift Mode
            • Printing Structures with Extreme Features
            • Overhanging Structural Features
            • Array Creation
            • Iterative Print Process
        • Post Print Processes
            • Curing Printed Structures
            • Removal and Stripping
            • Adding Color to IP-Q Structures (Dyeing)
        • Print Applications
            • Printing Microoptics with Describe
            • Printing on Silicon
            • Printing with Ipx-Clear
            • Printing with 25x and IP-L: Between Small and Medium Features
            • Printing with OrmoComp
            • Replication of Printed Structures
            • Printing Non-Stick Surfaces (Wetting Behavior)
        • STL Library
            • STL Library Overview
            • In-Chip µ-Slide Spheroid Perfusion Models
            • Microfluidic Masters
            • Microneedles
            • Microwells
            • Gridded Mesh
            • Filigree Cubes
        • Print Project Library
            • Print Project Library Overview
            • Dispenser Print Project
            • Scaffolds Printed Inside Microfluidic Chip
            • Aligned Fiber Printing
            • Aligned Chip Edge Printing
            • Aligned Lens Printing on Fused Silica
            • Lens Printing on a 3D Lattice
            • Woodpile
            • Split Benchy Boat Printing
      • Process Materials
        • Nanoscribe Resins
            • Resins Overview
            • IP-Dip
            • IP-Dip2
            • IP-S
            • IPX-S
            • IP-Q
            • IPX-Q
            • IP-L
            • IP-G
            • IP-Visio
            • IP-n162
            • IP-PDMS
            • IPX-M
            • IPX-Clear
            • GP-Silica
            • IP-Dip NPI
            • IP-S NPI
            • IP-Q NPI
        • Other Established Resins
            • BIO INX Resins
            • Advanced BioMatrix Resins
            • AZ Resins
            • OrmoComp
            • SU-8
        • Custom Resins
            • IP-Resin Modifications
            • Customized Resins Overview
            • Custom DiLL Photoresins using IP NPI formulations
        • Process Chemicals
          • Process Chemicals
        • Appendix
            • IP-Dip Tables
            • IP-L Tables
            • IP-S Tables
            • IP-Q Tables
            • IP-Visio Tables
            • IP-n162 Tables
            • IP-PDMS Tables
            • GP-Silica Tables
            • IPX-S Tables
            • IPX-Q Tables
            • IPX-M Tables
            • IPX-Clear Tables

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