Amazing Things a 3D Printing Machine Can Make

3D printers are typically used to create prototypes and product models. However, today, many different industries use these machines to produce final products, too. With a 3D printing machine, you can make furniture, toys, shoe designs, tripods, tools, novelty items, wax casting for jewelry making, and many more.

Industries that Utilize 3D Printing

Industries that use 3D printing machines to make intricate parts include the automotive and aviation industries. With 3D printers, the creation of sculptures for artists and project models for architects are possible. Archaeologists are able to recreate models of fragile and delicate artifacts such as ancient objects destroyed by war and natural phenomenon. Paleontologists also use 3D printers to replicate skeletons of dinosaurs and other fossils.

3D printing is also very useful for physicians and medical technicians in making prosthetics, bone grafts, artificial teeth, hearing aids, and more. Furthermore, in the medical field, 3D printing is used to duplicate tumors, internal organs, and other inner body structures in preparation for surgery. Further studies on how to create artificial organs such as the kidneys and blood vessels are currently being conducted. 3D printers that can lay down layers of cells to make these projects possible are already in the research and development stage. 3D printing is also being utilized in forensics to replicate a bullet, for example.

Another way to use 3D printers is food preparation. The French Culinary Institute has been using a 3D printer to make creative delicacies and some restaurants have been trying on food printer prototypes. 3D printing research even includes printing of actual food. Now, can you imagine eating a 3D-printed pizza? You’ll find many 3D printers for food on the market today, focusing mostly on specific food items such as cookies, chocolates, and pancakes.

3D printing machines are also beginning to be combined with printed electronics, to help facilitate the printing of layered devices and circuitry. By applying electronic or optical inks, printed electronics enables the printing of circuitry and electronic devices on flexible materials like fabrics and cardboards. In the near future, printing out gadgets rather than purchasing them can be possible with 3D printers.

 

Conclusion

3D printing machines utilize a range of technologies, making it possible to recreate just about anything. This technology has been around since the 1990s and it have evolved into a more useful tool, which many different industries can take advantage. Its use is not limited to a specific application, making it very beneficial to most types of industries.

Companies, manufacturing, individual consumers, hobbyists, artists, and even schools can make use of 3D printers. With the power of these machines and further research and development around these devices, imagine what it can do for us in the future. Anything can be possible!

 

Related: 3D Printing Online Quote

 

Drilling Rigs Australia

If you are into drilling, you know that there are many different types of drilling rigs used in the industry, depending on the specific needs of a drilling project. Drilling rigs Australia are no different. Here are the most common types of drill rigs on the market today:

 

Land Based Drilling Rigs

The most common type of drill rig used for exploration is the land-based drilling rig. Land-based drilling rigs are now smaller and more efficient than the rigs used in the past years. You’ll find land-based drilling rigs that are small, mobile, and very easy to move around, while others are gigantic and stationary.

 

Slim Hole Drilling Rig

While traditional drill bore is about 18 inches in diameter, a slim-hole bore can be as little as 6 inches only in diameter. The size of the drill site of slim-hole drilling rigs can be 75 percent smaller than a typically drill site. Thus, this type of drill rig requires less space than traditional drill rigs. However, this type of drilling equipment is not applicable in all environments.

 

Coiled Tubing Drill Rig

The coiled tubing drill rig can replace the typical drill string used in traditional drilling. Coiled tubing technology has a pipe with a continuous length, which is stored on a large spool. This technology reduces drilling waste and minimizes equipment footprints. Thus, you’ll find them usually used in environmentally sensitive areas.

 

Jack-up Drill Rigs

The jack-up drill rigs are typically used in relatively shallow water for off-shore drilling, with depths of approximately less than 300 feet. A jack-up drilling rig is a floating barge that houses the drilling structure. It has long support legs you can raise or lower onto the seafloor. These drill rigs are extremely strong, which are able withstand ocean storms and huge waves. Since the legs can be moved up and down easily, these drilling rigs are cost-effective and can be easily moved out during storms.

Semi-Submersible Drill Rigs

These type of drilling rigs are floating vessels that are supported on large structures, which are submerged below the surface of the sea. Semi-submersible are offshore drill rigs that has an advantageous design, submerging most of its components. This minimizes the load from waves and wind. Semi-submersibles can be used for different depths of water, even very deep ones. You can have these drilling rigs attached to the ocean floor with the use of strong chains and wire cables. Semi-submersibles also has dynamic positioning technology that enables the equipment to remain steady and immobile during drilling operations without the need for anchors.

 

Drill Ship

Drill ships are also popularly used for exploration targets that are farther offshore. These rigs are specifically designed to be mounted on ships, which can drill a well in water depths of up to 10,000 feet deep. These rigs float just like a ship and can be attached to the bottom of the ocean using traditional anchoring systems. Similar to the semi-submersibles, you may also utilize its dynamic positioning technology so it remains stationary while drilling without using traditional anchors.