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Covers general safety precautions, warnings about moving parts, cleaning, UV light, and heated surfaces.
Safe practices for unpacking, lifting, and proper electrical connection of the BIO X6 unit.
Guidance on required personal protective equipment and safe handling of hazardous materials.
Precautions and procedures for preventing damage from electrostatic discharge.
Information on product compliance, warranty terms, and legal disclaimers.
Visual overview of the BIO X6 components and their identification.
Details on electrical requirements, outer dimensions, weight, and build volume.
Specifications for pressure ranges, temperature control, file formats, and connectivity.
Step-by-step guide for safely unpacking and setting up the BIO X6 bioprinter.
List of all items included in the BIO X6 package, organized by box contents.
Instructions for connecting the BIO X6 to a power source and preparing it for operation.
Guide to starting the BIO X6 for the first time and navigating the home screen interface.
Procedure for performing auto and manual calibration trimming for printhead alignment.
Instructions for mounting printheads and preparing the printbed for bioprinting.
Procedure for using UV sterilization to maintain a sterile printing environment.
Overview of the Printing Utilities menu and its various tabs for printer control.
Process for setting up and executing bioprinting using 3D model files.
Defining layer height, infill patterns, density, and support structures for 3D models.
Configuring individual printhead settings like type, nozzle, pressure, and temperature.
Adjusting printbed temperature, chamber lights, fan, and photocrosslinking parameters.
Steps for printhead calibration and automatic bed levelling for optimal print quality.
Detailed steps for manually calibrating printheads on different surfaces like Petri dishes and well plates.
Instructions on how to access and start the Gcode Editor application.
Overview of menu options for saving, opening, creating Gcodes, and viewing guidelines.
Features for visualizing coordinate systems, travel moves, and surfaces within the Gcode Editor.
Using the find and replace feature to modify Gcode entries.
Previewing travel moves line-by-line or automatically for Gcode analysis.
Choosing the surface (Petri dish, well plate, glass slide) for drawing and printing.
Using the Layers panel to add, duplicate, and set thickness for drawn layers.
Accessing drawing tools like circle, square, line, pencil, and grid settings.
Adjusting shape width, depth, rotation, and applying infill patterns and density.
Generating Gcode from drawn shapes and exporting it for printing.
Creating constructs using predefined shapes like box, cylinder, or hemisphere.
Generating STL files and transforming 3D models via rotation, scaling, and movement.
Ensuring the printer is connected to DNA Studio for successful print report generation.
Accessing completed print reports and adding comments for documentation.
Examples of data, tables, and charts included in the protocol setup report.
How to open stored PDF or HTML print reports from the home screen.
Steps for setting up coaxial printing via the Printheads step in the Model protocol.
Description of the special coaxial nozzle and kits required for coaxial bioprinting.
Overview of supported coaxial setups and printhead combinations.
Regular tasks for visual inspection, sensor checks, software updates, and filter replacement.
Steps to download and install the latest software version for the BIO X6.
A quick guide to diagnosing and resolving common problems with the BIO X6.
Procedures for manually cleaning the bioprinter's exterior, interior, and specific components.
Getting started and overview of the Standard Pneumatic Printhead's features and components.
Getting started and overview of the Temperature-controlled Printhead's features and operation.
Getting started and overview of the Thermoplastic Printhead, including assembly.
General| Brand | Cellink |
|---|---|
| Model | BIO X6 |
| Category | 3D Printers |
| Language | English |
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