This epidemic has made offices smaller, teams more compact, and almost every aspect of the regular design studio has been moved to the home workspace...even the prototyping station. Sometime last Wednesday month, I predicted that the lockdown will force design studios and companies to prototype and manufacture in-house to avoid logistics barriers and supply chain constraints. I think I am right in most cases. People are beginning to diversify their supply chains, 3D printing has seen some prosperity (some designers even use it to make cheaper ventilators), and in short, small-scale production has moved directly to small offices, garages and bedrooms. Although Jadelabo's J1 printer is not a product of blockade and pandemic, it is definitely in line with the trend set off last year. This standalone dual extruder printer makes manufacturing and prototyping a breeze-it allows you to print multiple materials, multiple colors at the same time, and it takes up the same desktop space as any 3D printer. Oh, it may be cheaper than your smartphone.

Frankly speaking, Jadelabo J1 is built with two 3D printers in one shell. With two extruder heads that can move independently, you can print twice as many parts in almost the same amount of time, thus speeding up your workflow by 2 times. J1's dual extruder can work at the same time, using its "copy mode" to print two different designs at the same time, or even print the same design twice. If you have a larger and more complex design, you can divide it into two halves and let J1's extruder share the workload... If you have a bilateral symmetrical printing, J1's "mirror mode" allows you to enter half 3D model, and let the printer create a mirror! When you start using different materials, things become more interesting. You can create complex designs by using one extruder to print the main material and another extruder to print the movable "filling" material in the "support mode". Or better yet, explore the "multi-material mode", in which J1 can process two materials at the same time, allowing you to print different polymers with very different properties. For example, you can print plastic parts with rubber TPU handles, or rigid parts with flexible hinges made of PLA. J1's ability to mix and match materials makes it infinitely versatile, and it is twice as fast as a normal desktop printer.

Jadelabo J1 uses a combination of direct drive and dual drive motors to operate two extruders. The extruder itself has nozzles that are easy to disassemble, clean and upgrade, and even is equipped with sensors to alert you if your consumables get stuck or run out during the printing process. The extruder is printed on a special PEI coated glass surface, which can easily remove the prints every time. For higher temperature prints, the glass door allows you to "enclose" the printing area to prevent wind, airflow or The breeze changes the temperature and quality of printing. Even with 2 extruders, using J1 is much easier than using a traditional 3D printer. J1 has automatic leveling and calibration functions, which is much more accurate than traditional sensor calibrators. It uses an open circuit that closes when the nozzle touches the horizontal bed, allowing the printer to self-calibrate with amazing accuracy. It even has its own built-in self-check function, allowing the machine to perform a comprehensive inspection of all its components, letting you know whether the J1 is running smoothly, and as a standard practice, it has an automatic recovery function, and the power is cut off during the printing process when a failure occurs. …When your printing time is halved, the probability of this situation will be reduced by 50%, thanks to the two nozzles!

What's really impressive about the J1 is that even in its most expensive configuration, the cost of the Jadelabo J1 is much less than $1,000 ($849 to be precise). It operates like most of the most advanced printers, with built-in WiFi, which allows you to remotely trigger printing or send files to the device wirelessly. The intuitive touch screen allows you to control the printer more intimately, while J1 can be used with most third-party 3D printing applications, and it is bundled with Jadelabo Cura, allowing you to fully control IDEX (Independent Dual Extruder) 3D printing . Each J1 is packaged in a metal frame and has a very stylish design. The product occupies roughly the same space as a large microwave oven, and is very suitable for any desktop in the corner of your room, workshop or studio. Whether you are working in the office or working outside of home, J1 gives you complete control over manufacturing and prototyping. You can use its dual extruder function to make extremely detailed prototypes, process projects or personal designs with multiple parts and materials...or you can use it to run two prints at the same time, a bit like a factory production line! The price of one printer is two printers!

Click here to buy it now: $659, $1,199 (minus $540). Less than 72 hours left! Raised more than 600,000 US dollars.

Jadelabo J1 is designed for beginners and the most demanding manufacturers, redefining the possibilities of independent dual extruder (IDEX) 3D printers.

Removing support has never been easier. The dissolvable support structure makes post-processing easier, resulting in better surface quality for your parts and allowing you to print complex geometric shapes that would otherwise be impossible. In addition, when printing high-quality materials, you can save money by printing brackets with cheaper materials.

Unlike traditional dual-nozzle 3D printers where two nozzles are placed in one print head, Jadelabo J1 has an independent dual extrusion system (IDEX), which allows the two nozzles to have a large temperature difference, which greatly improves the combination of different materials Performance when together. One print. It can also reduce material or color pollution and provide you with neat and clean multi-material printing.

The IDEX system of Jadelabo J1 allows you to print two identical parts at the same time. Compared with single/dual extruder 3D printer, this is a unique and advanced feature. You will find it very useful for modular design projects. Double the productivity without additional costs. It will help you cut machine cost and setup time in half.

Jadelabo J1 enables faster and more efficient printing of symmetrical objects. Cut waiting time in half without sacrificing print quality.

From common materials such as PLA and PETG to advanced materials such as TPU, ABS, ASA, PVA, HIPS, PC and nylon (PA), Jadelabo J1 can print. From the print head, heating bed, motion mechanism and enclosure accessories, all components and structures in Jadelabo J1 are carefully designed and can be used for various materials.

Jadelabo J1 has an IDEX system that allows various combinations of different materials. Think outside the box and create something new, creative and inspiring.

Jadelabdo J1 uses a combination of direct drive and dual drive settings. This highly responsive extrusion system enables greater grip strength and better filament flow control, resulting in the best printing performance, even when using highly flexible materials. Jadelabo J1 also has a consumable sensor, which can detect, automatically pause, and alert you to the end of consumables and clogging.

You can follow the instructions on the touch screen to turn the knob to a specific value to precisely adjust the nozzle height. Jadelabo J1 also includes an easy-to-replace hot end and supports multiple nozzle diameters.

Jadelabo J1 uses a glass plate with a polyetherimide (PEI) printing surface, which provides an ideal build plate for 3D printing using a variety of materials. The glass plate is reliable and flat, thermally stable and extremely durable. The PEI surface provides excellent adhesion and easier removal of printed matter.

Most IDEX 3D printers are difficult to calibrate; the Jadeite J1 is different. In IDEX calibration, an innovative solution based on contact-based conductive paths was applied for the first time to achieve unparalleled accuracy in platform calibration and dual extruder calibration of IDEX 3D printers.

XY calibration: The calibration of Jadelabo J1 is more accurate than any sensor-based system. The nozzle closes the circuit when it touches a metal spot on the bed, triggering calculations for a specific position. This simplifies the signal conversion process. In addition, it eliminates sensor drift and manufacturing inconsistencies to ensure you get the best calibration.

Z calibration-Even for experienced users, the traditional dual extruder Z calibration can be daunting. This is why Jadelabo J1 has a novel calibration method and a unique nozzle height calibration knob design. Just follow the instructions on the touch screen to turn the knob to a specific value, and then fix the nozzle. That's it. Simple, fast and reliable.

Each Jadelabo J1 is pre-assembled and pre-tested when it arrives to ensure the high quality of the machine. In addition, you can run a self-check program to automatically test the most important components of the machine when needed.

Jadelabo J1 has power failure detection and recovery functions. It will save the last position of the extruder when the extruder is powered off, and continue printing from that point when the power is restored, and you will continue to print.

The consumable sensor of the Jadelabo J1 can detect consumables, automatically pause and alert you when consumables are used up and blocked. This helps prevent printing failures while reducing material waste and electricity. In the case of running out of consumables, J1 allows you to resume printing after the problem is solved.

Jadelabo J1 has filament tangled detection and recovery functions to help you prevent printing failures. When tangles occur, it will automatically pause printing and allow you to continue printing after solving the problem.

Unlike a single extruder 3D printer, Jadelabo J1 has a backup mode. If it detects that the consumables are out or blocked, it can automatically switch from one print head to a spare print head. This means it will continue to print instead of waiting for you to solve the problem, thus saving you time.

In order to avoid "all or nothing" in duplication and mirror printing, Jadelabo J1 has the function of avoiding loss-both, which allows you to stop the failed printing, but continue to print the good printing. You can now print multiple parts without any worries.

The 32-bit ARM Cortex-M4 microprocessor provides fast motion and fast processing. Pair it with TMC2209 drives, which are extremely quiet and accurate (up to 256 microsteps).

Jadelabo J1 is equipped with a large 5-inch full-color capacitive IPS touch screen, allowing you to easily manage all prints. You will enjoy an easy-to-use IDEX printing experience through its initial setup wizard, well-organized navigation, instant notifications, etc. Equipped with ARM Cortex-A53 processor, 1GB RAM, 8GB EMMC, running on Linux, it is a very powerful touch screen.

Jadelabo Cura allows you to take full advantage of IDEX. It has a simple workflow, custom printing modes, verified printing profiles, and hundreds of settings for in-depth control. It is free, open source, and tailored for Jadelabo J1, and provides continuous updates and support.

Feel free to use the third-party software you are used to. You can prepare the G code in the third-party slicer and set the print mode directly from the touch screen.

You can connect your Jadelabo J1 via Wi-Fi or USB. Set up is quick and easy. You can send files via Wi-Fi and control your printing in a local area network (LAN).

Jadelabo J1 is compatible with OctoPrint. OctoPrint is a free and open source software for remotely controlling and monitoring your print jobs directly from the browser.

From electronics manufacturing and component installation, to inspection, testing and precision parts manufacturing, everything is driven by automation systems and craftsmanship. All structural parts have good machinability, durability and surface quality.

Click here to buy it now: $659, $1,199 (minus $540). Less than 72 hours left! Raised more than 600,000 US dollars.

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