Review Creality Ender 6 3D Printer Stable Core XY Structure with 3 Times Faster Printing Speed Acrylic Enclosure Silent Board Glass Bed 250x250x400MM

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Details: Creality Ender 6 3D Printer Stable Core XY Structure with 3 Times Faster Printing Speed Acrylic Enclosure Silent Board Glass Bed 250x250x400MM

Brand: Comgrow

Core-XY Structure The Ender-6 utilizes a core-XY motion system in its cube-shaped architecture. The core-XY mechanism has a bottom-to-top moveable print bed, and utilizes two stepper motors to drive the motion in the X- and Y-axis. The print head moves in specific directions depending on which way the stepper motor is spinning, greatly reducing vibrations, as well as the weight the printer has to bear during motion. In this way, printing moves at a higher speed without sacrificing quality. Specification Modeling Technology: FDM（Fused Deposition Modeling） Print Size: 250x250x400mm Print Mode: SD card Resolution: ±0.1mm Supported OS: MAC, LINUX, WIN7/8/10 File Formats: STL, 3MF, AMF, OBJ, Gcode Machine Size: 495x495x650mm< Product Weight: 22KG Read more Print Size 250x250x400mm In terms of size, the Ender-6's 3d printer build volume of 250x250x400mm puts it right between an Ender-5 Pro (220 x220x300mm) and the CR-10 series, which starts at 300x300x400mm. This should suffice for the majority of your daily print jobs. Filament End Sensor The filament run-out sensor acts as a smart detection device which suspends printing until new filament is fed through the system. 4.3in HD screen It comes with an HD 4.3 inch touchscreen which operates on the 6th version of the user interface system. This touchscreen display is very easy to operate, and gives you a wide range of visual capabilities to adjust or view your printing parameters and much more. Read more Larger Rotary Knob To make it easier for bed leveling, the large rotary knobs will be your best assistants, saving your time and energy. Branded Power Supply The branded power supply is great for ensuring a consistent level of supply throughout your prints, as well as a smooth operating heat. Superior Hardware Parts The POM V-Shaped wheels are made of engineering thermoplastic which is rated as great for use in precision parts requiring high stiffness, low friction, and excellent dimensional stability. Read more Ender 6 Ender 3 S1 Ender 3 S1 Pro Ender 3 S1 Plus Ender 3 V2 Ender 5 Plus Build Size 9.9×9.8×15.7in 8.6×8.6×10.6in 8.6×8.6×10.6in 11.8×11.8×11.8in 8.6×8.6×10.6in 13.8×13.8×15.7in Max Nozzle-Temp 260℃ 260℃ 300℃ 260℃ 260℃ 260℃ Max Hotbed-Temp 100℃ 100℃ 110℃ 100℃ 100℃ 110℃ Max Printing Speed 150mm/s 150mm/s 150mm/s 150mm/s 150mm/s 150mm/s Supported Filament PLA/ABS/TPU/PETG PLA/ABS/TPU/PETG PLA/ABS/TPU/PETG/WOOD/PA PLA/ABS/TPU/PETG PLA/ABS/TPU/PETG PLA/ABS/TPU/PETG

Buyer Guide 3D Printers

If you’re looking to buy a 3D Printer, read on. The following buying guide gives all the information you need to make a sound choice.

• The 3 main printer types are desktop 3D printers, industrial 3D printers, and fused deposition modeling (FDM) printers.
• Desktop 3D printers are cheap, easy to use, and quite affordable. They work well for small projects and are a great choice for home use.
• Industrial 3D printers are versatile, reliable, and can handle larger heavier materials. They’re also the most expensive 3D printers.
• FDM printers are the least expensive 3D printers. They’re best suited for hobbyists, students, and classrooms.
• Most 3D printers are 3D scanners. You can use these devices to scan your ideas, objects, or designs, and then print them.
• Printers have four main parts: the print bed, the extruder, the nozzle, and the motor.
• Printers come in two main types: fused filament fabrication (FFF) and fused deposition modeling (FDM). FFF 3D printers use spools of filaments (plastic), while FDM 3D printers use thermoplastic (plastic) powder.

How to choose 3D Printers

 Although 3D printers may be new to you, they’re actually already very commonplace.

• 3D Printers can take many forms. The most commonly used types of 3D printers are desktop printers, which are relatively small, and Industrial printers, which are larger and more powerful. Desktop 3D printers are less expensive and easier to use, but Industrial printers are generally sturdier and can take on larger jobs.
• 3D Printers use a variety of materials to print. The most common type of 3D printer uses plastic filament, which can be molded into a variety of shapes. Filament comes in a variety of colors and can be used to make a variety of objects, including smartphone cases, laptop cases, and toys.
•  3D Printers can be used for any purpose. Whether you want to make sculptures, furniture, or parts for your own do-it-yourself projects, 3D printers can help you create any 3D object you have in mind.
•  3D Printers are not a magic bullet. As with any new technology, 3D printers have pros and cons. While 3D printers are less expensive and easier to use than traditional manufacturing, they require special CAD software, which can cost thousands of dollars. 3D printers also don’t offer the same range of materials, and can’t create as many complex shapes as traditional manufacturing.
•  3D printers have advantages. If you’re short on time or money, 3D printers can be a great solution, especially for small projects or limited budgets. 3D printing is also useful for prototyping and can help you quickly create and sell your own products.

 

How to maintain 3D Printers

 You probably already know that 3D printers are handy little devices. However, did you know that maintaining your 3D printer is just as important? You can have the best-quality printer on the market, but if you don’t take the time to maintain it, it won’t last long.

• Clean the print bed regularly. The bed is the part of the printer that holds the object to be printed. If the bed isn’t properly cleaned, your print may not come out as clean as you would like. Make sure the print bed is cleaned at least once a week, and more frequently as needed. Also, make sure you clean the print bed with warm, soapy water.
• Use a filament conditioner. Filament conditioners help clean the extruder and nozzle of the printer. They also help remove clogs from the extruder and help clean the filament when the print is done.
• Use an ultrasonic cleaner. Ultrasonic cleaners can be used to clean the break and nozzle of the printer. Ultrasonic cleaners can also be used to clean printer accessories, including filaments.
• Use a filament dryer. Filament dryers help remove moisture from the nozzle and print head, helping to prevent clogs.
• Use an air compressor to blow out the filament. If your printer filament is stiff or thick, you may want to use a compressor to blow the filament out to remove moisture.
• Use rubbing alcohol and cotton swabs to clean the print head. Sometimes, the filament can bend and clog your print head. To clean this area, mix 5% rubbing alcohol with cotton swabs, and gently clean the print head.

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