3d printing bridging

Here is a detailed description of this impressive 3D printed bridge, which requires the addition of metal Vex shafts to complete its assembly process.

A remarkably sturdy 3D printed bridge bridges a significant 5-inch chasm, showcasing an impressive load-to-weight ratio of 470. Thirty-four individual components comprise the bridge's robust structure, a feat made possible by innovative engineering...

The 3D-printed bridge that was created with an impressive 85 percent infill rate boasts a surprisingly low weight of just 29 grams. ...This lightweight structure has proven to be incredibly resilient, able to support an astonishing 897 times its own...

This is a sturdy 3D printed bridge, reinforced with metal shafts, designed to evaluate the structural integrity of its design. A bucket serves as the payload, and this versatile creation can be customized in various colors to suit any purpose. Each...

This is a blueprint for a 3D printed bridge. The intended span is six inches and the overall weight comes in at 22.1 grams. Test results show that this design can support up to 22.4 kilograms with a load-to-weight ratio significantly exceeding one...

3d printer bridging test to test out the printers printing capabilities

... 2.012 times body weight with 75% infill. The maximum load capacity for a human on a radio-controlled bridge is set at 200%, while the maximum load limit for the bridge itself is 27 pounds (12 kilograms), equivalent to four standard pieces of rock.

... while members 2 and 4 are built with 30% infill for added flexibility and durability. With a load-to-weight ratio of an impressive 137, this bridge is a true engineering marvel that showcases the incredible capabilities of 3D printing technology.

Meanwhile, the longer members were printed with a 70 percent infill density, while their shorter counterparts boasted a more modest 50 percent infill density. ...However, several problems arose due to the bridge's excessive height, rendering it notably...

The members of this bridge are either filled with an infill percentage of 75% or 100%. A load to weight ratio of 200 ensures stability. It's crucial to use a high-quality printer, as low-quality printing can lead to errors. ...We have one blue member...

Software errors during printing caused some members not to print correctly, resulting in inconsistent results even after implementing a fix. Half of the printed parts were friction-fit as intended, while others were loose and prone to movement...

I designed these two components alongside my classmate as part of our school's bridge-building project. ...Two distinct elements were created, along with accompanying assembly documents containing all necessary materials to construct the bridge.

Individual STL files exist for both types of members, in addition to an all-encompassing STL file featuring only 1.4-inch members and another containing exclusively 1-inch members necessary for the bridge's assembly. Both member types were...

Weight of bridge: 39 grams Maximum load held: 33 kilograms Load to weight ratio exceeds 841 times standard capacity Key structural members feature 10% infill: 1.27, 1.8, and 2.012 units Members with 15% infill density are crucial at 0.9 and 2.846...

Members on the bridge are printed with varying lengths and infills. The majority of members feature 80% infill. High-pressure points utilize 100% infilled members. Load-to-weight ratio: 600 pounds. Constructing bridges is an arduous process.

This remarkable 3D-printed bridge boasts exceptional durability, capable of supporting a substantial amount of weight with ease! ...Its impressive load-to-weight ratio clocks in at an impressive 548, significantly surpassing the industry standard for...

The newer Basic and Linotte models use an adjustable 3D printed bridge; this is a version of that bridge style that can be used in place of the wooden bridge on the Nerdy Gurdy 6.3. It gives more adjustment up and down than the original bridge and...

A novel approach to engineering is exemplified by the construction of a sturdy truss bridge utilizing cutting-edge 3D printing technology to fabricate its components. The bridge's framework consists of multiple beams, carefully crafted to provide...

All components are printed with an infill of 35% to achieve a lightweight yet incredibly strong bridge design. Individual parts can be accessed for reprinting if needed, or you can print the last two files containing multiple members to produce all...

Attached are STL files representing individual members of a plastic 3-D printed truss bridge, fabricated with an infill rate of 35% and featuring a diameter of 0.015 inches. Each member can be printed independently or concurrently through the...

My ingenious truss bridge boasts seven distinct components, each infused with a remarkable infill percentage of 35%. Weighing in at approximately 24 grams, this diminutive marvel can effortlessly support a full bucket of rocks without ever faltering....

... 100 percent infill density that's truly noteworthy. HJ/IJ clocks in at just 1.8 inches in length but still manages a 100 percent infill rating. Load to weight ratio: A remarkable 16300/34.9=467. I was taken aback by how easily the bridge gave way.

All members were carefully crafted with a full 100 percent infill density. Excluding the steel components, the combined weight of all parts totals precisely twenty grams. ...Overall, the assembly tipped the scales at an impressive ten point eight...

Though this is not as good as a certified N95 mask, we hope that it can provide some help in the fight against the virus. The modifications add a 3D printed nose bridge to improve sealing around the nose area, and a pattern for cutting and...

Modifications have been made to improve sealing around the nose area with a 3D printed nose bridge and a pattern for cutting and installing a filter membrane (Vacuum Cleaner Bag, Coffee Filter, Merv 13 Furnace Filter, etc). Files included are...

Indoor and outdoor train enthusiasts get a boost as experts craft an intricate 3D train bridge that adds realism to layouts everywhere. Perfect for model railroading, this structure features exceptional detail, ensuring your miniature trains traverse...

... a fantasy cemetery steeped in Gothic tradition. To minimize reliance on support structures during printing, every element is carefully crafted with this goal in mind. ...Many pieces within this series draw inspiration from real Edinburgh cemeteries.

Stone Model Bridges Designed Exclusively For Printing Technology

A Custom Bridge for a Traditional Japanese Instrument.

The model looks amazing with V-ray rendering and I'm confident it's ready for a successful 3D printing. It turns out beautifully. Please go ahead and give me your thoughts on this piece by liking, sharing, or adding live comments if you feel the same...