NOW I need the crtridge heater for the head, (they don’t like being handled after they have worked). and started inserting/retracting the plastic while forcing as much compressed air as possible fron the nozzles backwards. Hooked up a Fluke thermocouple meter to the thermo output. Whipped up a 120VAC adjustable pulse width supply. The extruder channels in the head had a small obstrucion in the “M” section. Piggy back supply,($512), had a bad switch chip, ($11). Found and jumpered a broken PCB trace in one of the embedded levels of the PCB, $2495 saved. Next, the power distibute board had no 12V or 120V DC output. First, the switch mode power supply, ($2256 from stratasys), A “pull” on e-bay was $130. No action, and the circuit board LEDS blinking on/off in unison. #STRATASYS CATALYSTEX SOFTWARE DOWNLOAD FOR FREE#Now for the two other free prior finds HP Laserjets, that I’m debating disassembling, though got em to work with a few Franklin’s in or a Jackson in… so thinking I can list for free one of these days and pass on. Figure need to read into the firmware and study some day as long as I’m confident I won’t brick the stupid machine. The only issue with the Brother is I haven’t found a way to disable the Fax function that attempts to receive on startup that seems like forever and randomly or periodically seems when your ready to scan and print after walking back after a few. #STRATASYS CATALYSTEX SOFTWARE DOWNLOAD UPDATE#Speaking of scanning I have those PMI/Wavetek NS-20 & NS206/207 manuals, I finally found to invest in, to batch scan and photograph the schematics for this season to update on the Tekwiki I made regarding. I went through a stint of hunting for free Laserjet printers I could repair if not working or deal with the functions that didn’t work.įinally, found a Brother MFC-9970CDW that enabled me to disassemble the HP officejets for parts (only used as a batch scanner since gave up on ink cartridges a decade or so ago… opted to take files to a local print shop or library to have printed since cost less and less waste). Posted in 3d Printer hacks Tagged 3d printer, cartridge, eeprom, refill, stratasys, virtual machine Post navigation A script that he wrote is able to backup and rewrite the EEPROM chip, which basically rolls back the ‘odometer’ on how much filament has been used. He loaded the image in a virtual machine, made some changes to enable SSH and zap the log file at each boot, then loaded the image back onto the printer’s drive. pulled the hard drive out and used a Live CD to make an image. The cartridge and the printer both store usage information that prevents this type of DIY refill there’s an EEPROM in the cartridge and a log file on the printer’s hard drive. But the physical act of refilling it doesn’t mean you can keep using it. Respooling the cartridge must be quite easy because he doesn’t describe the process at all. He can buy ABS filament for about $50 per kilogram, so he set out to refill his own P400 cartridges. But when it comes time to replace the cartridge he has to pay the piper to the tune of $260. #STRATASYS CATALYSTEX SOFTWARE DOWNLOAD PROFESSIONAL#It’s a professional grade machine which does an amazing job. Has his own Stratasys Dimension SST 768 3D printer.
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