Traditional print farm efficiency is achieved by meticulously scheduling operator tasks to reduce inefficiency - but university labs need the opposite approach: adding efficiency through automation that adapts to unpredictable demand and unique prints, rather than trying to force an inherently dynamic workflow into a rigid schedule.

Managing a university print lab during peak periods can be overwhelming, but it doesn’t have to be. AutoFarm3D’s load balancing technology takes repetitive tasks off your plate, making your lab more productive and less chaotic.

Want to see all your print jobs from one screen? Our new Jobs page makes it easy to check progress of jobs across production, see which printer(s) a job is printing on, and mark prints as done once you’ve collected them.

The recent recall of Bambu Lab's A1 printer has turned excitement into concern. While some may see this as a setback, we see it as an opportunity, particularly for print farms that demand reliability, safety, and quality in their operations.

Our brand new order calendar is the latest addition to our 3D print farm order management suite, designed to simplify how you manage and track orders in your 3D print farm.

Is your 3D print farm really as productive as you think it is? In this blog, you'll learn how to calculate your true farm utilization using data you already have! Plus, you'll get tips and tricks on optimizing your farm.

Tired of your 3D prints stringing? In this blog, we go over common causes of stringing, possible fixes, and tips to prevent stringing from happening in the future.

First layer struggles are common in 3D printing. In this blog series we will be going through some of the most reliable fixes for first layer issues, starting with printing a thick first layer!

Today, we’re announcing the winners of our week long print along challenge where we asked you guys to try and print as many benchy cubbies within a week as you can!

On this week’s livestream we announced Quinly for Prusa i3, a product we’ve been working on for months. This upgrade will allow Prusa users, especially print farm operators, great increases in output along with a decrease in human hours to get the same great print results.

On this week’s stream we went over the exciting updates to the Quinly software that will be coming this summer! The main focus of the new changes is a completely overhauled user interface which takes advantage of the feedback our customers have given us.

When it comes to 3D Printer upgrades and modifications, there are few as popular as new print surfaces. Most buildplates that come with printers are alright, but they wear quickly and aren’t effective for use with all print materials.

‍This week, we’ll be talking about upgrades that won’t necessarily improve the quality of your prints, but will improve the quality of life for anyone who spends time near your printer! These are silent mainboards and quieter fans.

This week’s mod is a little different from previous mods I’ve talked about here. Instead of a physical mod to your printer, this is a modification of what software you use for your workflow.

The BLTouch senses your print bed using a small pin and a hall effect sensor, so how will it improve your Quinly experience?

ASK QUINLY: Why do I have to adhere the VAAPR bed directly to my build surface? Can’t I just use clips? Quinly: My technology is designed to work with a VAAPR bed that is permanently attached to the printer both to ensure reliable, consistent prints and to protect me! Let me explain.

The fan mod for Quinly gives you the freedom to make more in less time. It has far reaching benefits, and Quinly will surely appreciate the help cooling off.

This week, I’m going to talk about one of the best upgrades you can make to any Ender 3 - the hotend. On Quinly, the advantages of this upgrade are multiplied when compared to an otherwise stock printer.

3DQue began shipping their presale Quinly kits this week - a full month earlier than expected.

The Creality Ender 3 printer is known as the ultimate printer for those on a budget, but most users don’t realize its full potential. We have modified our Ender 3 printers to print industrial grade parts with engineered materials such as Nylon, TPU, PETG, Polypropylene, and Polycarbonate.

Almost any printer operator will tell you that removing parts and running a 3D printer is pretty easy. Setting alarms to wake up in the middle of the night, going in to work on weekends, and letting printers sit idle until you can get to them can seriously interrupt your day.

The technology behind 3DQue's digital production system is the foundation for distributed manufacturing of plastic parts that meet the quality, delivery and cost targets for businesses.

Once the COVID-19 crisis ends, we are facing an unprecedented period of economic uncertainty as companies and countries get back to work. What parts will be needed and when? Where will supplies come from?