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Markforged Desktop Printers
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- How to Level the Print Bed on a Markforged Desktop 3D Printer
- Markforged Desktop - Bed Level Test Print
- Markforged Desktop - Adjust Z Offset
- How to Replace the Plastic Nozzle on a Markforged Desktop Printer
- How to Replace the Plastic Bowden Tube on a Markforged Desktop Printer
- How to Replace the Plastic Feed Tube on a Markforged Desktop Printer
- How to Replace the Fiber Nozzle on a Markforged Desktop Printer
- How to Replace the Fiber Bowden Tube on a Markforged Desktop Printer
- How to Replace the Fiber Feed Tube on a Markforged Desktop Printer
- Proper Belt Tension for Markforged Desktop Printer
- Update Firmware - Markforged Desktop 3D Printer
- Desktop - Adjust Fiber Nozzle Height
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- Properly Prepare Desktop Print Bed - Markforged
- How to Load Plastic Filament - Markforged Desktop
- Load Fiber - Markforged Desktop Printer Utility
- How to Start a Print Job on Markforged Desktop 3D Printer
- How to Safely Remove Printed Parts - Markforged Desktop 3D Printer
- How to Unload Plastic - Markforged Desktop 3D Printer
- How to Unload Fiber - Markforged Desktop 3D Printers
- Markforged Desktop - Washing Build Plate
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- Troubleshooting Common 3D Printing Issues - Markforged Desktop 3D Printer
- How to Clear a Plastic or Fiber Material Jam - Markforged Desktop 3D Printer
- How to Perform a Wet Plastic Purge Test Print - Markforged Desktop
- How to Run the Under extrusion Troubleshooting Utility on Markforged Desktop 3D Printers
- Markforged Desktop - Onyx Pillars Test Print
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Markforged Industrial Printers
- How to Laser Level the Print Bed on Markforged Industrial
- How to Load Plastic in a Markforged Industrial 3D Printer
- Fiber Nozzle Height Adjustment - Markforged Industrial Series 3D Printer
- How to Adjust Belt Tension on the Markforged Industrial Printer
- How to Adjust Laser Offset - Markforged Industrial 3D Printer
- How to Upgrade Markforged X7 Gen1 for Turbo Print
- Introduction to Inspection - Markforged Industrial Series 3D Printer - Eiger
- Z-Axis Calibration Utility - Markforged Industrial Series 3D Printer
- How to Resolve a Calibration Offset Error on Markforged X3, X5, and X7 Industrial Composite Printers
- Calibrate Motor Encoders - Markforged Industrial Series 3D Printer
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Markforged Metal Printers
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- Overview & Operation of the Metal X Printer | Markforged Metal X 3D Printer Getting Started 1/8
- Metal X Printer Common Maintenance & Troubleshooting | Markforged Metal X 3D Printer Getting Started 2/8
- Adjust Belt Tension
- How to Adjust the Release Nozzle XY Offset - Markforged Metal X 3D Printer
- Markforged - Replace Metal X Metal Nozzle
- How to Replace the Release Nozzle - Markforged Metal X Printer
- Markforged Metal X Motion Maintenance
- Replacing Lower Metal Feed Tube - Markforged Metal X Printer
- Clearing a Markforged Metal X Material Jam - Markforged Metal X 3D Printer
- Clearing a Release Nozzle Jam - Markforged Metal X 3D Printer
- Wiping Station Maintenance - Markforged Metal X Printer
- Sinter Common Maintenance & Troubleshooting | Markforged Metal X 3DPrinter Getting Started 8/8
- What to Expect After Markforged Metal X Purchase
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- Wash-1 Process Overview and Basic Operation | Markforged Metal X 3D Printer Getting Started 3/8
- Wash Job Tracking - Markforged Metal X 3D Printing
- Wash-1 Common Maintenance & Troubleshooting | Markforged Metal X 3D Printer Getting Started 4/8
- How to Load Solvent - Markforged Metal X 3D Printer Wash
- Proper Drain Procedure - Markforged Metal X 3D Printer Wash
- Troubleshooting HTC OVER LIMIT Alarm
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- Sinter-1 Gas Regulator Setting Utility - Markforged Metal X 3D Printer
- Replace Sinter-1 Exhaust Filter
- Metal X Clearing an Exhaust Clog - Sinter-1
- Troubleshooting Sinter-1 Firmware Errors - Markforged Metal X 3D Printer
- Sinter Gas & Gas Panel Overview | Markforged Metal X 3D Printer Getting Started 7/8
- Sinter Process Overview | Markforged Metal X 3D Printer Getting Started 5/8
- Sinter Oven Basic Operation - Markforged Metal X 3DPrinter Getting Started 6/8
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Markforged FX20
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Markforged Materials
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Markforged Software
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Design for Additive
- ___Contact Support
- ___Markforged University
- Anatomy of a 3D Printed Part
- Layer Height - Understanding How Your Markforged 3D Printer’s Hardware & Software Components Contribute to its Performance
- Minimum Feature Size - Understanding How Your Markforged 3D Printer’s Hardware & Software Components Contribute to its Performance
- Precision and Accuracy - Understanding How Your Markforged 3D Printer’s Hardware & Software Components Contribute to its Performance
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Formlabs SLA Printers
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Formlabs SLS
- Articles coming soon
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Formlabs Materials
- Articles coming soon
Introduction to Eiger | Markforged Software
What are you getting when you buy a Markforged Metal X Printer? What must be done at your facility before you can start making parts? Don’t worry MLC CAD Systems has you covered with this Tip Sheet to get you ready to go with the Metal X system!
Facility Requirements
Before the equipment arrives, you will need to make sure your facility is ready. Below is a list of the main facility requirements.
- Allocated space for all equipment which consist of the Metal X printer, Wash station, and Furnace.
a. A total of around 105 square feet of space is needed for all equipment, excluding the gas supply panel and gas bottles. - Exhaust system capable of a minimum of 100 CFM flow. This can be part of your existing facility exhaust or you can purchase a stand-alone exhaust system specifically for the Metal X system.
- Dedicated electrical circuits for all equipment.
a. Metal X requires 120V/15A circuit. Wash requires 120V/20A circuit. Sinter requires a 240V/60A circuit and must be hardwired with a dedicated electrical disconnecting device.
Now that your facility meets the facility requirements for the Metal X system, here is a general outline of what is required to be done before the installer arrives and the installation process itself.
Required by customer prior to installation:
- Uncrate and move Metal X into final position.
- Uncrate and move Wash into final position.
- Uncrate and remove sinter and gas panel.
a. Only the sinter and gas supply panel should be removed at this point. - Sinter must be hardwired and gas supply panel must be mounted.
- All gasses and solvent must be on-site.
The installation process is 5 days and consist of setting up/configuring all equipment as well as customer training on all equipment. Below is an outline of what to expect during the installation process.
- Day 1: will consist of set-up and configuring the Metal X printer and Wash station. Sinter will also be set-up for initial 17-hour bake-out.
- Day 2: will consist of gas pipe installation and final furnace assembly including tube and gas supply connections.
- Day 3: will consist of customer training on using the Metal X printer and Wash station. The sinter will begin the 27-hour calibration run.
- Day 4: will consist of customer training on the sinter as well as any additional training on the Metal X and Wash.
- Day 5: will consist of finishing up any training and verifying the customer parts have printed, washed, and sintered successfully.
Technical Support
Get help from our team by Calling us at 800-364-1652 x 4. You can also get assistance by clicking the Technical Support button or the Email Our Experts button below.