3dprinteros

User sets printer to 0.2mm layer thickness, utilizing 10% internal structure. ...This requires approximately 7 grams of material and will take around 1 hour and 28 minutes to complete the process.

Print at 0.2 mm resolution, using a 10% density infill pattern. ...This requires 8 grams of filament and completes in 1 hour, 38 minutes.

Get a spare pedal to replace the one that's gone missing from your trusty bike and get back on the road again right away.

A suave duck sporting a dapper bow tie, printed with Ninjaflex for ultimate playfulness!

Print the object at a layer height of 0.2 millimeters, with an infill percentage of ten percent. ...This will utilize seven grams of filament and take one hour and twenty-three minutes to complete.

Print the design at a microscopic resolution of 0.2 millimeter layer thickness, utilizing 10 percent structural integrity within the printed object. ...This process requires 9 grams of high-quality filament material and results in an approximate...

The Future of 3D Printing is Quacking Loudly As I waddled through the bustling streets of this tech-hub city, my feathers ruffled by the gentle breeze, I stumbled upon a most peculiar sight. A group of humans, their faces aglow with excitement,...

Print at a precise 0.2 millimeter layer thickness, utilizing 10 percent dense infill patterns. ...This optimized printing process requires exactly 7 grams of high-quality filament and completes in a total of one hour and twenty-six minutes.

A 3D-printable duck donning a gas mask is taking shape.

Print the design at a layer thickness of 0.2 millimeters, utilizing an infill density of 10%. ...This particular setting will require approximately 7 grams of filament and take about one hour and nineteen minutes to complete.

Ultimaker Camera Holder Pro for Genius Wide Cam Designed to work seamlessly with all 3DPrinterOS compatible models, this cutting-edge camera holder is a must-have accessory for Ultimaker users. ...Its sleek and sturdy design ensures crystal-clear...

Duckie who's eligible to dive to the bottom of the seafloor Printed on the Ultimaker 2 via 3DPrinterOS. 120 Microns, 10 percent infill. ...50 mm/s Connected via PC, Windows 8.1 64 Bit.

A duck prepared for whatever the road might bring. ... Printed on the Replicator 2 at 180 microns in PLA. Sliced and printed at 90 mm/s via 3DPrinterOS. ... No raft or support needed.

... deepest point. Printed using Ultimaker 2 through 3DPrinterOS. Resolution of 120 microns with a density of ten percent and speed of fifty millimeters per second. ...Directly connected to a computer running Windows 8.1, sixty-four bit architecture.

... on a Replicator 2 at a minute 180 microns in a robust PLA material. It sliced through production seamlessly at 90 mm/s courtesy of cutting-edge 3DPrinterOS technology, emerging without any necessary raft or support to hold it firmly in place.

... Replicator 2 with precision at 180 microns using high-quality PLA material. ...With a smooth and efficient print speed of 90 mm/s via the intuitive 3DPrinterOS platform, this sleek design required no supporting structures or rafts to hold it in place.

Printed directly from the Ultimaker 2 using 3DPrinterOS technology at an impressive resolution of 120 microns, with a robust 10% infill design. ...A sleek print speed of 75 mm/s was achieved through seamless integration with a connected Raspberry Pi 2...

Crafted on the reliable Ultimaker 2, using the precise settings found in 3DPrinterOS. With layers so fine they are nearly imperceptible at 120 microns and a moderate infill percentage of 10%. The rapid travel speed of 75 mm/s enables the machine to...

He Looks Disturbingly Like Bane - the Irresistible Rogue from Duck Dynasty Who's Captivated Everyone's Attention with His Unique Appearance and Dominant Presence Printed Directly from a Makerbot Replicator 2 by Utilizing 3DPrinterOS at Exceptional...

... it stands ready for whatever adventure comes its way. Employing efficient printing software from 3DPrinterOS, a rapid slicing process occurs at an accelerated speed of 90 mm/s, dispending the need for any supporting structures or foundation layers.

The model is printed directly from a computer using 3DPrinterOS software, specifically on the Ultimaker 2 3D printer. The settings are configured to produce a layer thickness of 120 microns and an infill percentage of 10 percent for added structural...

... that one could rest the handsets in the caddy as well. Note, the Quest 2 is pictured with aftermarket silicone protectors for easy maintenance for COVID. This remix was completed using Autodesk Fusion 360, Ultimaker Cura, 3DPrinterOS by Ren Saludo.

Dive-ready Duckie, built to withstand the crushing pressure at the ocean floor, is printed on an Ultimaker 2 with precision using 3DPrinterOS software. The settings are set for a high level of detail: 120 microns in resolution and 10 percent infill...

This item was printed on the Makerbot Replicator 2 using 3DPrinterOS technology. The print settings included a layer thickness of 200 Microns and an infill percentage of 10 percent, with a print speed of 90 mm/s. ...It is connected to a Raspberry Pi B+...

... recommend printing the pedal spindle upside down (the side with about 1.5 mm of clearance), with a raft and no supports. The pedals shown are printed at 40%+ infill, 50mm/s on the Replicator 2 via 3DPrinterOS. ...Use this file at your own risk!

... the light while allowing for easy removal when recharging is necessary. Despite encountering some minor rafting issues during preparation with 3DPrinterOS, the final product met my expectations. ...I invite your feedback on this innovative design.

Born from the innovative Makerbot Replicator 2, this 3D printed model was generated using the cutting-edge platform 3DPrinterOS. The printing process yielded a resolution of 200 microns, with an impressive 10 percent infill rate. This enabled the...

We're proud to showcase our recent test results in a captivating video here: http://youtu.be/THZXw_eRSIQThese precision-engineered 35mm spindles from Amazon seamlessly integrate with this...

... features approximately 1.5 mm of clearance space and is ideal when printed on a raft without any supports. Shown here are pedals created with the 35mm file at 40+ percent infill and printed at a speed of 50 mm/s using Replicator 2 via 3DPrinterOS.

http://www.thingiverse.com/apps/customizer/run?thing_id=63731 Instructions Using the following options text_spacing = 1.1 cs_shape = cs_ellipse text_inside = false smoothness = 20 text_enabled = true text_itself = 3DprinterOS text_engraved = false...