Parts List
The Tenlog Hands 2 DMP 3D Printer comes with the following components:
- 1. Printer Host
- 2. Z/X Gantry Assembly
- 3. Dual Extruder & Nozzle Kits
- 4. Box 1 (Includes Allen Wrench (6-10), M5*25 Screw (11), M5 Spring Washer (12), M3*16 Screw (13))
- 5. Box 2 (Includes M4 T-nut (14), M4*6 Screw (15), Filament Holder (16), 15 Pins VGA Cable (17), Filament Runout Sensor (18), Power Cable (19), 1.5m USB Cable (20), SD Card (21), Card Reader (22), Open End Spanner (23-26), Screwdriver (27), Nozzle Cleaning Kit (28), Diagonal Pliers (29), Blade (30), Black Cable Tie (32), Decorative Strip (33), Test Filament (34, 35))
How to Assemble
Follow these steps to assemble your Tenlog Hands 2 DMP 3D Printer:
1. Assemble Z/X Gantry Assembly to the Printer Host
Connect the Z/X Gantry Assembly (2) to the Printer Host (1) using M5*25 Screws (11) and M5 Spring Washers (12).
2. Assemble Dual Extruder & Nozzle Kits
Attach the Dual Extruder & Nozzle Kits (3) to the gantry assembly using M3*16 Screws (13).
3. Assemble the Filament Holder
Mount the Filament Holder (16) onto the printer frame using M4 T-nuts (14) and M4*6 Screws (15).
4. Wiring
Connect the various components according to the wiring diagram:
- Connect Filament Runout Sensors (18) to E1 and E2.
- Connect 15 Pins VGA Cables (17) to E1 and E2.
- Connect the Power Cable (19) and USB Cable (20) to the printer host.
- Ensure connections for X1, X2, Z1, and Z2 are made correctly.
5. Enable Filament Runout Detection
Install and connect the filament runout sensors as shown in the diagram.
Safety Alert
- Minors are not allowed to use the printer alone.
- Do not plug or unplug the printer while it is powered on.
- Double-check the voltage setting before first use.
- Do not touch the hot nozzle and hot bed during operation.
- A grounded wire is required for safe operation.
- Do not touch any moving parts while the printer is running.
How to Use Touch Screen
The touch screen interface allows you to control various printer functions:
- Tools Menu: Access functions like Semi-automatic Leveling, Preheat PLA/ABS, Filament Reload, and Printing from any Height.
- Nozzle 1, Nozzle 2, Dual Material: Control individual nozzle temperatures, hot bed temperature, and nozzle fan speed.
- Print SD: Print files from the SD card.
- Move Axis: Manually control the movement of the printer's axes (X, Y, Z).
- Setting Menu: Configure printer parameters such as XYZE steps, nozzle offsets, fan temperatures, and fan speeds. You can also calibrate the printer and access information about the device.
Cura Interface Overview
Cura is a slicing software used to prepare 3D models for printing. The interface includes:
- 1. Open file: Opens a 3D file.
- 2. Printer selection panel: Displays the selected printer.
- 3. Configuration panel: Contains material and print core settings.
- 4. Stages: Prepare, Preview, and Monitor stages for the printing process.
- 5. Print settings panel: Adjusts slice strategy parameters.
- 6. Marketplace: Access plugins and material packages.
- 7. Ultimaker account: Access cloud features, profiles, and backups.
- 8. Action panel: Performs actions based on the current stage.
- 9. Print over network: Save files to removable disk or network.
- 10. Preview: Proceeds to the preview stage.
- Camera position tool: Adjusts the camera view.
- 12. Model information: Displays model name and dimensions.
- 13. Adjustment Tools: Tools for positioning, scaling, and rotating models.
For detailed instructions on leveling, setting nozzle offset, and general usage, scan the provided QR codes to watch video tutorials.
