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Ohio-based chemicals and materials company Lubrizol has announced the release of ESTANE 3D TPU M88A thermoplastic polyurethane (TPU) under a selective availability program. This grade was specifically…

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Nexa3D is a leading provider of ultrafast 3D printing solutions. Our photopolymer and thermoplastic range of industrial 3D printers offer unrivaled speed and throughput, superb surface finish, all on an open material platform. Our patented Lubricant Sublayer Photo-curing (LSPc) 3D printing process unlocks productivity gains by as much as 20x greater than those of conventional SLA or DLP processes. We offer a range of polymer solutions, spanning from a desktop resin 3D printer, industrial 3D printers, and a thermoplastic laser sintering solution for serial production.

Offering industrial quality 3D printing at an affordable desktop price. The XiP combines compact footprint with large build volume and fast print speed to deliver high quality prototypes at your desktop. With an open material platform providing ultimate flexibility, it also offers a broad range of already validated rigid and elastomeric materials.

The XiP desktop 3D printer is built on Lubricant Sublayer Photo-curing (LSPc) Technology, allowing users to print at blazing speeds of up to 18 cm per hour.

The XiP desktop 3D printer has a fully open material platform providing ultimate flexibility and access to the materials you need, when you need them.

HardwareBillet Aluminum Enclosure; 420 mm (16.5 inch) W x 350mm (14 inch ) D x 530 mm (21 inch) H; Rigid parallel linear rails, precision Ballscrew Z-axis; Ethernet / USB / Wi-Fi connectivity; 5.5 inch Color LCD Touchscreen Display

When it comes to professional desktop 3D printers, there are multiple factors to consider before making a purchase decision. We put together a quick comparison guide between the XiP and the other commonly used professional desktop resin 3D printer to help you determine what printer is best for your print quality, speed, and total cost of ownership requirements.

“With XiP’s large build volume, fast print speed, and easier post processing, I’m able to iterate faster and validate new designs in hours versus days.”

With its open material access, industrial performance, and modular design, the XiP is a best-in-class desktop resin 3D printer that offers the ultimate flexibility. Users can create consistent, high-quality parts and prototypes with reliability and repeatability using both Nexa3D validated resin as well as third party materials.

The design and manufacturing of the XiP desktop resin 3D printer takes into consideration the entire life cycle of the printer. With recyclable packaging and part choices, including an easily recyclable all-aluminum body, this modular desktop 3D printer easily accommodates upgrades over time.

Enhanced services and support designed to help you achieve the highest level of printing success on the XiP including dedicated teams, training, and printer hot-swap.

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Join this live webinar as we discuss some real-world examples of how Nexa3D’s ultrafast 3D printing tech with XiP is making desktop manufacturing a reality for its users.

To ensure easy, accessible 3D printing, the MakerBot Replicator+ comes with the Smart Extruder+ and all the standard features of its predecessor. A few of those features include an LCD display, an on-board camera, as well as USB, Ethernet, and Wi-Fi connection.

To ensure consistent performance, our new 3D printers and their subsystems were re-engineered and rigorously tested for 380,000+ hours across multiple facilities.

Save time and accelerate iteration by pairing the Replicator+ with MakerBot Print software and MakerBot Mobile. The Replicator+ is Cloud-enabled so you can control it remotely with MakerBot Print or the MakerBot Mobile app. With MakerBot Print, you can import Native CAD parts and assemblies, auto-arrange them during print preparation, and then print them on one or more printers. To get started printing quickly and easily, MakerBot Mobile offers an all-new guided wireless setup.

With the new Grip Surface, prints adhere better, resulting in reduced warping and curling. Prints are also easier to remove with the new bendable Flex Build Plate. The large build plate is also factory-leveled so your Replicator+ is ready to produce right out of the box.

Double the warranty of its predecessor, the Smart Extruder+ is a culmination of product design, technology and 160,000+ hours of rigorous testing that delivers dependable, consistent performance with superior results using MakerBot PLA (polylactic acid) Material.

Along with an intuitive dial, the LCD display allows you to set up and maintain your 3D printer, preview print files, and easily access your object library.

Send print files to your 3D printer via Wi-Fi, USB, Ethernet, or with a USB drive. Control your printer settings via MakerBot Print or remotely with MakerBot Mobile.

Control multiple printers from MakerBot Print so you can print on multiple build plates sequentially or simultaneously. Store, organize, and access a wide range of 3D design files in your personal Cloud-enabled library. MakerBot Print is free downloadable software that’s compatible with Mac, and Windows computers.

Safe for the office, classroom, or home, this material is non-toxic and easy-to-print with minimal warping or curling. The Replicator+ and our software are tuned in calibration to provide the highest quality and results with this material.

“The MakerBot Replicator+ 3D printer is a marked upgrade over its predecessor, offering better speed, a larger build area, and workflow solutions for professionals.”

The Replicator+ is essentially the MakerBot refined. It is an instant-on machine with zero learning curve and the software and Thingiverse model collection means that you’ll always have stuff to print. The resolution is more acceptable and complex pieces come out beautifully detailed and immediately usable.”

The new Replicator+ from MakerBot is a step in the right direction, introducing 3D printing to newbies and satisfying the technical demands of enthusiasts.”

The Replicator+ is a serious piece of 3D printing kit. It produces good quality prints at an impressive speed, and the software that runs the printer is easy to use and can run multiple devices. That would make it a great pick for a school or college that teaches design or 3D modelling, as it could crank out 3D prints all day.”

To ensure easy, accessible 3D printing, the MakerBot Replicator+ comes with the Smart Extruder+ and all the standard features of its predecessor. A few of those features include an LCD display, an on-board camera, as well as USB, Ethernet, and Wi-Fi connection.

To ensure consistent performance, our new 3D printers and their subsystems were re-engineered and rigorously tested for 380,000+ hours across multiple facilities.

Save time and accelerate iteration by pairing the Replicator+ with MakerBot Print software and MakerBot Mobile. The Replicator+ is Cloud-enabled so you can control it remotely with MakerBot Print or the MakerBot Mobile app. With MakerBot Print, you can import Native CAD parts and assemblies, auto-arrange them during print preparation, and then print them on one or more printers. To get started printing quickly and easily, MakerBot Mobile offers an all-new guided wireless setup.

With the new Grip Surface, prints adhere better, resulting in reduced warping and curling. Prints are also easier to remove with the new bendable Flex Build Plate. The large build plate is also factory-leveled so your Replicator+ is ready to produce right out of the box.

Double the warranty of its predecessor, the Smart Extruder+ is a culmination of product design, technology and 160,000+ hours of rigorous testing that delivers dependable, consistent performance with superior results using MakerBot PLA (polylactic acid) Material.

Along with an intuitive dial, the LCD display allows you to set up and maintain your 3D printer, preview print files, and easily access your object library.

Send print files to your 3D printer via Wi-Fi, USB, Ethernet, or with a USB drive. Control your printer settings via MakerBot Print or remotely with MakerBot Mobile.

Control multiple printers from MakerBot Print so you can print on multiple build plates sequentially or simultaneously. Store, organize, and access a wide range of 3D design files in your personal Cloud-enabled library. MakerBot Print is free downloadable software that’s compatible with Mac, and Windows computers.

Safe for the office, classroom, or home, this material is non-toxic and easy-to-print with minimal warping or curling. The Replicator+ and our software are tuned in calibration to provide the highest quality and results with this material.

“The MakerBot Replicator+ 3D printer is a marked upgrade over its predecessor, offering better speed, a larger build area, and workflow solutions for professionals.”

The Replicator+ is essentially the MakerBot refined. It is an instant-on machine with zero learning curve and the software and Thingiverse model collection means that you’ll always have stuff to print. The resolution is more acceptable and complex pieces come out beautifully detailed and immediately usable.”

The new Replicator+ from MakerBot is a step in the right direction, introducing 3D printing to newbies and satisfying the technical demands of enthusiasts.”

The Replicator+ is a serious piece of 3D printing kit. It produces good quality prints at an impressive speed, and the software that runs the printer is easy to use and can run multiple devices. That would make it a great pick for a school or college that teaches design or 3D modelling, as it could crank out 3D prints all day.”

We guarantee your satisfaction on every product we sell with a full refund - and you won"t even need a receipt.* We want you to be satisfied with your Micro Center purchase. However, if you need help or need to return an item, we"re here for you!

*If you are a Micro Center Insider or if you have provided us with validated contact information (name, address, email address), you won"t even need your receipt.

Desktop / notebook computers, tablets, processors, motherboards, digital cameras, camcorders and projectors, 3D printers, 3D scanners, and CD/DVD duplicators may be returned within 15 days of purchase. All other products may be returned within 30 days of purchase. Merchandise must be in new condition, with original carton/UPC, and all packaging/accessories/materials. If you need to return software, a game or a movie, remember that you may not retain any copies - it"s not legal, and it"s not nice.

Introducing the SLA 750 stereolithography solution, anchored by the SLA 750 and SLA 750 Dual – the world’s first synchronous, dual-laser stereolithography printer – delivering cost-efficient, high quality production manufacturing at up to 2X speed and 3X throughput. This solution includes our new Accura AMX Durable Natural material, the industry’s toughest production-grade SLA material, and our new PostCure 1050 system for high-volume post-processing, as well as factory-level integration through the Oqton Manufacturing Operating System (MOS).

While some 3D printers come with an interface installed and ready to use, it wasn’t long ago that your options were limited or nonexistent. A lot of printers used to be on the market that didn’t have a control interface and instead had just the USB port to have your computer communicate with the 3D printer. As the industry progressed, new solutions were developed and tailored to 3D printing, to the point that very few 3D printers don’t have some way of interacting with it without a computer. There’s a ton of different variations of screens and with a lot of them being open source means there’s derivatives that look or function similarly. Let’s take a look at some of the different screens that you might find on your 3D printer

The firmware of your printer will determine how things are displayed, what options you are given, and how navigation functions. In general though, you can find temperature for all your nozzles and the bed, what percent power your fan is running at, your print speed multiplier, elapsed time since the print started, and sometimes a progress bar or percentage of completion.

This is an older but still completely viable interface. The RoStock Max V3 has one of these. While the amount of information that can be displayed all at once is limited, that doesn’t limit the functionality of your 3D printer’s firmware. The RRDSC is very simple in that it has two buttons and a dial that controls everything; one button is the reset, so if your print head is crashing or your print is failing, you can click this button to immediately reset your printer, canceling any commands it was trying to execute (that is, if a reset button is enabled in your firmware). The knob is your up/down and select button. Depending on how the manufacturer sets things up, rotating clockwise could cycle up or down, but pressing in on the knob will always be how you select your option. These also have an SD card reader in the side, so you can print untethered and have a saved set of gcode you can print from.

A larger screen means you have more space to display all the information you might need, including neat little graphics showing the temperature below a nozzle or heat coming off the bed. This has all the same functionality as the RRDSC, with the biggest difference being a larger screen and a more square form factor. You can find these on a Lulzbot TAZ 6or Mini2.

The VIKI2 is a screen developed by Panucatt with install guides for a variety of control boards. Rather than having an SD Card reader like the previous two, it instead has a microSD reader. Now this doesn’t impact anything other than the fact that you may need a micro to SD adapter to be able to insert this into your computer. One neat thing about the VIKI2 is that the dial has an indicator for the extruder temperature, so if the extruder is above a specified temperature (which is also determined in your firmware) then the LED light ring will glow red, and when it crosses that threshold as it’s cooling, it will glow blue instead.

Touch screens are becoming more and more commonplace within 3D printing, however they’re all just a little different in their display and interaction; some look very basic while others are well designed, graphically speaking. Some printers that have touch screens are the Craftbot Plus, Sigma or Sigmax printers, or even the Robo C2 and R2. If you’re looking at printers for a novice setting, like a classroom, then it might make more sense to look at a printer with a touch screen, since that’s a much more ubiquitous interface for the average person.

While screens aren’t essential to the functionality of a 3D printer, they certainly make it a lot easier to run multiple printers, each on their own SD card, rather than tying up the limited processing power your computer can share. Having one also means you won’t be up against that random software update that your PC decides to start up at 3am when you started an overnight print. What"s your favorite screen to have on your 3D printers? Have you upgraded to a touchscreen or do you print from your PC? I"d love to hear what you use on your setup in the comments down below.

The LCD screen is vital for operating the printer. Should you encounter any kind of trouble, such as a dead screen, corrupted text, or other issues, please refer to the guide below.

First of all, unscrew the LCD screen from the printer frame, remove both M3x10 screw holding it the LCD board in the plastic casing, and remove it from the casing. See if the problem still appears when the LCD is not pressed by the casing.

Firmware updates are necessary to keep your printer up to date. However, the installation of incorrect firmware can lead to letter corruption on the LCD screen. There"s an easy fix, though:

There is a small chance the printer"s LCD screen can glitch out by electrostatic discharge when inserting the SD card. Try to turn the printer off and on again.

This problem usually appears only on user-assembled printers. If your printer"s LCD screen remains blank or displays corrupted symbols after you turn on the printer, there is a chance it is caused by incorrect wiring. Follow these steps to fix the issue.

Double-check that all cables are properly seated and they are not visibly damaged. Depending on the model of your printer, please refer to the following guides for information on how to make sure the cables are properly connected: Einsy RAMBo electronics wiring (MK3/MK3S/MK3S+) and Mini RAMBo electronics wiring (MK2S, MK2.5, MK2.5S).

If you suspect that the LCD ribbon cables connectors are not firmly seated in the slots, disconnect the LCD ribbon cables and check the slots for any bent pins. If there are bent pins, you can use tweezers to fix them. However, be very careful not to break the pin(s) completely.

If none of the above resolved the problem, turn the printer off again and try to unplug both of the cables, lay them down on a flat surface and gently stretch them. Then plug them back in and turn on the printer.

There are two ways how to perform a factory reset. The procedure depends on your firmware version. First, find out your firmware version number by navigating to LCD menu - support - Firmware. Once you know the version number, use the corresponding instructions below. We recommend keeping your printer"s firmware up to date.

Immediately press and hold the Control knob until "Factory reset" is displayed on the LCD display (after 2-3 seconds). Depending on your settings, you will also get a sustained beep.

Shipping prep: Resets only the printer language selection. All the calibration data including the Liveadjust Z remain intact. Even though the calibration data are still present and functional, the printer will ask the user to run the Calibrate Z function. This “light” factory reset is mainly used to reset assembled printers before we ship them out of the factory so that users can select their language and run Calibrate Z after unpacking.

All data: Resets everything including all calibration data, meaning the whole EEPROM is erased. After this reset, the user is expected to go through the calibration flow again, with the exception of the sensor height setting.