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General Information
Photonic Professional Series
Quantum X
MPO
Process Materials
Printing Processes
Internal

Nanoguide

NanoGuide
General Information
General Information
- General Information
  General Information
  - Services
    Services
    
    Learning Options
    
    Support Options and Technical Services
    
    Moving the 3D Printer
  - Fundamentals
    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
    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
    Appendix
    
    Nanoscribe Emea User Meeting on May 13th – 14th
    
    Publications
    
    Links
    
    Abbreviations
    
    Change Notes
Photonic Professional Series
Photonic Professional Series
- Photonic Professional Series
  Photonic Professional Series
  - Overview and Safety
    Overview and Safety
    
    Photonic Professional GT2 Introduction
    
    PPGT+
    
    Safety
    
    Specifications
    
    Technical Parameters
    
    Room Specifications
  - Training Sessions
    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
    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
    
    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
    
    Software Overview
    
    DeScribe
    
    Nanowrite
    
    Zeiss Axiovision
    
    Acquire Control
    
    Windows 10 Upgrade
    
    Editing .Ini Configuration Files
  - Objectives
    Objectives
    
    Objective Overview
    
    63x Objective
    
    25x Objective
    
    20x Objective
    
    10x Objective
  - Sample Holders
    Sample Holders
    
    Sample Holders
    
    Configuring a Sample Holder (SnapOn and NoSample)
    
    Customized Sample Holder
  - Substrates
    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
    
    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
    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
    Advanced Printing
    
    Marker Alignment
    
    Marker Alignment with AcquireControl
    
    Real 3D Trajectories: Piezo Printing
    
    Resin Pool
    
    Diffractive Optical Elements (DOE) and Image Printing
    
    DOECreator (Phase Mask Generation)
    
    Servermode
    
    Printing Custom Materials
    
    Axiovision Live-View Camera Settings
    
    Manual Control
    
    Interface-Finding Scenarios
    
    Manual Interface Finding
  - Cleaning and Maintenance
    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
    Appendix
    
    Operation Manual
    
    Power Outage
    
    Troubleshooting
    
    Creating a Service Report
    
    Video Transcripts - Photonic Professional
Quantum X
Quantum X
- Quantum X
  Quantum X
  - Overview and Safety
    Overview and Safety
    
    Quantum X Introduction
    
    Technological Introduction
    
    Safety
    
    Operating Instructions
  - Training Sessions
    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
    Workflows
    
    Operational Workflow
    
    Project Preparation
    
    Print Preparation
    
    Printing
    
    Development
    
    Print Job Management via the Job Server
    
    Maintenance
  - Software
    Software
    
    Software Overview
    
    DeScribeX
    
    GrayScribeX
    
    nanoPrintX
    
    nanoConnectX
  - Substrate Holders
  - Print Heads
    Print Heads
    
    63x Print Head (SF)
    
    25x Print Head (MF)
    
    10x Print Head (LF)
    
    5x Print Head (XLF)
  - Substrates
    Substrates
    
    Fused Silica Wafer
    
    Silicon Wafer
    
    Microscope Slides
    
    Glass Bottom Dish
  - Print Set Applications
    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
    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
    Appendix
    
    Your Quantum X Configuration
    
    Calibration
    
    Troubleshooting
    
    Error Reporting
    
    Legacy Process Recipes/Presets for Quantum X
MPO
MPO
- MPO
  MPO
  - Overview
    Overview
    
    MPO100: Introduction
    
    MPO100: Safety
    
    MPO100: Manuals
  - Workflow
    Workflow
    
    MPO100: Operational Workflow
    
    MPO100: Sample Preparation
    
    MPO100: Finding the Interface
    
    MPO100: Setting Offset Value (AddZ0)
  - Substrate Holders
    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
    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
    Materials
    
    MPO100: Materials Overview
    
    MPO100: Ormocere Materials
    
    MPO100: Hi-D Material
    
    MPO100: Hi-Res Material
    
    Printing with Nanoscribe Resins
Process Materials
Process Materials
- Process Materials
  Process Materials
  - Nanoscribe Resins
    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
    Other Established Resins
    
    BIO INX Resins
    
    Advanced BioMatrix Resins
    
    AZ Resins
    
    OrmoComp
    
    SU-8
  - Custom Resins
    Custom Resins
    
    IP-Resin Modifications
    
    Customized Resins Overview
    
    Custom DiLL Photoresins using IP NPI formulations
  - Process Chemicals
  - Appendix
    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
Printing Processes
Printing Processes
- Printing Processes
  Printing Processes
  - DeScribe/DeScribeX Model Creation (CAD) and Import
    DeScribe/DeScribeX Model Creation (CAD) and Import
    
    Cad Model Creation
    
    Describe Menu
    
    Import Wizard
    
    Recipes
    
    Advanced STL Processing
    
    Commandlineslicer
    
    Nanowrite 1.7 Compatibility Mode
  - DeScribe/DeScribeX Programming Structures
    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
    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
    Post Print Processes
    
    Curing Printed Structures
    
    Removal and Stripping
    
    Adding Color to IP-Q Structures (Dyeing)
  - Print Applications
    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
    
    STL Library Overview
    
    In-Chip µ-Slide Spheroid Perfusion Models
    
    Microfluidic Masters
    
    Microneedles
    
    Microwells
    
    Gridded Mesh
    
    Filigree Cubes
  - Print Project Library
    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
Internal
Internal
- NanoGuide backend documentation

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