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Existing Customer Login Invalid email address. The password you entered is incorrect. Something went wrong. Download , the spitfire system configuration includes PID values and slicing profiles Cura and Simplify3d specific for the spitfire.
Change the fan type from A to B. If you do not find these options, contact the Support Team to update the firmware. Print the Gcode pid spitfire. Do you need to replace the extruder? The following video tutorial shows how to do it correctly. Rotate the black knob placed on the filament driver, counterclockwise to extrude, clockwise to retract the filament. Alternate these movements until you see the extrusion of the filament.
Insert a 2mm steel wire inside the extruder, from the top, and push it down in order to remove the material that is clogging the extruder. If you have a Spitfire Extruder, purchased after , you can directly change the cartridge as you can see in this video.
The plastic cover in of our Spitfire extruders is the result of years of research on a very strong material that could resist in time at high-temperatures.
As a result, a Spitfire extruder can work for a longer time with high temperatures without melting or deforming. Also, this grants the possibility to assemble and disassemble it on the machine easily for its whole life. These characteristics mean, for reasons due to injection molding, a matte and not-uniform finishing, with some whiter parts.
These are the parts where the fiberglass is particularly dense on the surface. Tolerance to exposure varies depending on the material, regardless, it is recomended to store the spool inside the original packaging while it is not in use. If at the end of the printing process the three steppers motors get disabled, the extruder may fall down and hit the printed object.
This is caused by a command at the end of the Gcode, intended to save energy on Cartesian printers. Verify the integrity of the RJ45 connector on the extruder and that it is properly plugged in.
If not, reconnect it and restart the printer. The cooling fan placed on the extruder may be loud if setted to the maximum speed. Autocalibration is a systema for calibrating the planarity of the bed automatically and simplifying the adhesion of the first layer. It saves the print coordinates of where the printer stops due to power failure during a printing process. The printing process will resume when the heated bed and the exruder reach the.
Free Zeta System is the system for recovering a print at a known height. Wait for the loading of the file. The operation, depending on the height, can take up to several minutes. In the case of Zen Extrude repeat the operation choosing the second extruder. Removal: Once it reaches the proper temperature, manually extrude some material and then, pushing the filament driver lever down, pull the filament out from the extruder.
Replacement: With the extruder hot, insert the new filament, and manually rotate the black knob counterclockwise until the material is extruded. The calibration of the ZEN extruder is based on the principle of the nonius used in every caliper.
The position of the second extruder T1 compared to the first T0 depends on the coordinate that perfectly overlaps the other. Bed touch is a safety system designed to avoid scratching and collisions of the nozzle on the print bed. The system is based on the same sensor used during the autocalibration process. Whenever the Bed Touch sensor detects a contact between the nozzle and the surface, it sends a signal that causes the instant interruption of the printing process.
This prevents accidental damage that can lead to wear of the top and the nozzle. The causes for which a nozzle can rub on the surface are generally the following:. Solving these problems at the root will avoid problems related to the Bed touch system. It is possible to manually deactivate the Bed touch system if necessary for example when printing conductive materials, such as those loaded with carbon fiber.
Whenever the machine is turned off and on again the Bed touch system will be enabled automatically. How to know what firmware is currently on your machine? Press the INFO button on the bottom toolbar. The hot chamber is an integrated system in the machine that allows you to raise the temperature inside the print volume thanks to a flow of heated air. The temperature of the hot chamber can be controlled similarly to the one of the nozzle or the print bed.
The use of the hot chamber is mainly designed for printing large objects with materials that tend to delamination and warping. It is important to know that using the heater in unsuitable situations for example with materials such as PLA can create problems rather than solve them. The target temperature value can be checked in the following ways: — manually from the printer monitoring interface — software side from slicing software with T5 temperature identifier.
It should also be taken into consideration that closed machines with a heated print bed can heat up internally creating a partial heated chamber. The analysis of the.
In this way it is possible to identify a priori corrupt gcodes or problems related to the form. The results of the. Although it may seem like a secondary aspect the way our files are named it is very important and can avoid many annoying inconveniences The rules apply to the name of the print file. It contains all the necessary information and does not cause problems for the printer. Some examples of names NOT created according to these rules are:.
While printing there are some parameters that can be changed during the printing process. However, it is increasingly correct to create a new. Temperatures nozzles, floor, hot chamber :. By default those in the gcode are read. There are speed feedrate , flow flow and fans fan values. The Industrial series machines are equipped with a TFT touch screen for the interface and control of the machine.
However, on the side there is a small knob that you can turn and press: what is it for? Is your machine new but the extruder seems wrong with respect to the plate? Is one of the two nozzles covered with a silicone part? All these characteristics are normal and depend on the operation of the Zen X extruder. Its mechanics provide two positions in which the extruder can settle by pivoting on an axial pin. Manually forcing the extruder into positions other than these can also compromise it in an important way.
The white silicone protection called anti-ooze shield protection under the extruder is needed to physically cover the nozzle not in use.
It will prevent it from getting dirty during printing. It is therefore important that it is properly fixed on the extruder and if it wears out over time, replace it with a spare. Continuous printing is an option that allows the machine to automatically change the extruder during printing when the material runs out. In this way it is possible to:. Every time you want to launch a new print with the Continuous printing system you have to reactivate it.
To use the system correctly, however, the printer must be set up correctly:. Do you have a code for only one extruder but want to print it with the secondary right extruder instead of the primary left one? The moment it is clicked:. The command also works to move the processing from the secondary extruder to the primary one. If you need to print repeatedly with the secondary extruder, you will need a specific profile.
It is not difficult to create one from a correct single extruder profile. Whenever you create a gcode using this profile the machine. The height often called Z max of the printer is the value that defines the distance between the nozzle and the print bed when it is in its zero position home. This value is automatically saved by the machine during autocalibration. However, it is possible to manually change the height if necessary.
Specifically, it can be useful when:. As the height value changes, the following scenarios may occur:. To manually change the height value, each printer is equipped with a dedicated command within the PREPARE menu, depending on the version it can be called:. The screen allows you to choose a scale value at the top between mm, 10 mm, 1 mm, 0.
Manual leveling is a procedure used to restore the flatness of the print bed with respect to the printer reference. In machines not compatible with the self-calibration system it is necessary to use the Change height procedure before leveling the table, to obtain a correct calibration.
When a floor is not leveled correctly, various problems can be encountered, as shown in the figure. This can cause detachment in parts where the printer reference is higher than the real one and collisions where the printer reference is lower than the real one.
The leveling of the plate is based on the Cartesian principle of the plane passing through three points. As you can see in the figure, there are three adjustment points arranged around the plate according to the vertices of an equilateral triangle POSITION 1,2,3 By properly adjusting each of these points with respect to the printer reference physically represented by the nozzle , the correct flatness for printing is obtained.
It is useful during the leveling process. The Industrial Line was born to satisfy the need to print technical materials inside a hot chamber. Thanks to its auto-levelling system it improves the machine performances and makes it easier to be used. Depending on the type of material you want to use, the goal is to reach a mixture that is fluid enough to be able to come out from the small nozzles but at the same time hard enough to avoid collapse during printing.
It is therefore a matter of adding or removing water from the dough. To determine when the material has the right characteristics for printing, just use the syringe supplied with the printer or the WASP Clay Kit. Then: Put the material inside the syringe.
This dough is too soft soft material The material slightly collapses down. This dough is correct correct material A further test is to verify that , once the dough in under pressure inside the tank — when coming out, the correct pressure must be between 4 and 5 bar.
During printing, the best method to check if the flow is correct is to verify the thickness of the layers while being printed. Then check that the layers are perfectly closed each other and at the same time do not create over abundances of material thatmight irty the print and the nozzle. Prepare an homogeneous and without air bubbles dough. You can hand paste the dough or for big quantity you can use a mixer.
Just watch the video to see two different loading-ways. Just follow the instruction from the following video:. Be sure that the 3d model presents the following caratteristics: — closed solid — correct positioning —. The slicing softwares are used to slice the. The result of the slicing is a text file that contains all the commands and the coordinates that the machine will execute. Open the slicing software ie. CURA and upload the. Load the. STL file into the slicing software. Save the. Gcode into the SD card and insert it into the printer.
Remove the three clips placed on the movement belts and position the printing bed, fixing it with the threaded fasteners. Turn on the printer by activating the switch placed on the back of the printer. Place the spool in position upper part of the machine and manually insert the filament into the PTFE pipe, then push the filament into the filament driver, rotating the black knob until the molten plastic comes out from the nozzle.
The print will automatically start as soon as the extruder and the heated bed reach the predetermined temperature. During the printing process new functions will be enabled in the printer menu, such as pause, filament change, stop and save, stop print. Poi seguire le istruzioni come mostrato nelle immagini:. It is also one of the best post-processable materials after the print, and this makes it interesting for the joining of multiple parts and in finishing in general.
In the industrial world the applications are many but one of the main is the automotive sector where we find ABS used in dashboards and other accessories. Material guides make reference to the official materials resold by WASP. Privacy policy. In Windows 10, the driver has been rewritten by using the Kernel-Mode Driver Framework that improves the overall stability of the driver. SerialCommunication namespace that allow apps to talk to these devices.
Load the Microsoft-provided in-box driver Usbser. If you trying to install a USB device class driver included in Windows, you do not need to download the driver. They are installed automatically. If they are not installed automatically, contact the device manufacturer. You do not need to write your own INF to reference the driver. Microsoft encourages you to use in-box drivers whenever possible.
On mobile editions of Windows, such as Windows 10 Mobile, only drivers that are part of the operating system are loaded. Unlike desktop editions, it is not possible to load a driver through an external driver package. With the new in-box INF, Usbser. In Windows 8. The directive is required for instantiating the service, copying inbox binaries, and registering a device interface GUID that applications require to find the device and talk to it.
That INF specifies "Usbser" as a lower filter driver in a device stack. The INF also needs to specify the device setup class as Modem to use mdmcpq.
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