There are many different options out there when it comes to choosing the best 3D printing services in Melbourne. Some of the options include RapidPro, Titomic, SPEE3D, and SLS. All of these are popular among many people and are highly effective in producing the desired results.
Freeform Composites
One of the newest entrants to the 3D printing scene is FreeForm Composites. The company aims to be an early entrant into the carbon composites market by offering a new process for binder jet 3D printing. Its ecommerce store sells a range of composites, including carbon fiber, fiberglass, and more.
As you would expect, the company also offers a full suite of services, from on-site consultations to rentals. For instance, its engineers are well versed in the science of composites. They also offer a range of solutions, including the high-end Stratasys FDM machines to the more affordable desktop machines. Likewise, its Sydney facility manufactures its own line of resins.
Not surprisingly, the company has a large customer base, spanning the globe. With over 1500 orders handled per year, its customers include a variety of businesses, from hobbyists to industry pros. Besides, the company boasts an array of large and small scale 3D production systems, including the Polyjet, SLS, SLS+ and other technologies. Some of its customers operate in a single location, while others are spread across multiple states.
To learn more about this cutting-edge company, contact the team at FreeForm Composites today. Their knowledgeable staff is ready to help you find the right solution for your company. Whether you are a small business or a large corporation, FreeForm can help you make your mark in the composites industry. By leveraging their expertise and experience, you can expect a high quality end product in no time.
RapidPro
If you’re looking for 3D printing services in Melbourne, you’re in luck. RapidPro has been around for more than a decade, and they’ve got you covered on all fronts. They offer solutions for every stage of the process, from design to delivery.
The company is a member of the Stratasys Direct Manufacturing Network, and they have 16 commercial grade 3D printers that can handle plastic to metal, from concept to production. Plus, they are ISO 9001 certified. This is a big deal for a 3D printing company.
Their website is also quite user-friendly. For instance, you can request a quote or check out the product list. Also, they have a blog about what’s new in 3D printing.
The company is also a part of 3D Production Days, a collection of four events in Eindhoven. Each event is designed to promote 3D manufacturing in the region. One of the events, the AMUG, is a must-attend.
Aside from a massive event floor, they also have a small booth in Hall B, stand 101. At this booth, you can ask the aforementioned 3D printing and 3D manufacturing related questions and get some inspiration from the company’s case studies.
In a recent survey, nearly half of all businesses in Australia use some sort of 3D printing, and the company is expanding its footprint across the country. With more than 80 machines in their global arsenal, they can handle even large full-scale production jobs.
Titomic
Titomic is a company that focuses on additive manufacturing. It is based in Mount Waverley, Australia, and works with various industrial sectors. They provide metal powders and prototyping services.
In addition to 3D printing, Titomic also provides prototyping, surface engineering, and end-of-production support. The company has recently expanded into the United States.
Titomic has been a tier-1 military supplier, and has a strong presence in the aerospace industry. It recently received a $2.325 million Modern Manufacturing Initiative grant from the Australian government. This will allow it to commercialize components for space vehicles.
Among the materials that Titomic focuses on is titanium. Titanium is the most abundant metal on Earth. With high strength and weight ratios, titanium is an ideal material for use in aerospace.
The company aims to increase productivity through its proprietary TKF technology. Titomic’s process allows dissimilar metals to fuse together without heat or lasers. Through this process, new materials and componentry are created.
Titomic also works on developing metal powders and other materials for AM systems. Its proprietary TKF process has been developed in conjunction with the Commonwealth Science and Industrial Research Organisation. Using this technology, Titomic has been able to produce nine-metre long titanium parts.
The company is a member of the Innovation and Science Australia, a statutory body that advises the Australian government on research and innovation. Its registered research provider (RSP) status makes it eligible for R&D tax concessions.
SPEE3D
SPEE3D is a leading additive manufacturing company based in Melbourne. It specializes in metal 3D printing services. With its breakthrough technology, SPEE3D makes it possible to produce metal parts with industrial quality and efficiency in just a few minutes.
It uses supersonic 3D deposition to manufacture metal parts. Unlike other methods, this process does not require inert gases. The powdered metal comes out of a static nozzle at speeds of up to 10 times the speed of sound. This allows for a faster production time, making SPEE3D a cost-effective alternative to casting.
It offers a variety of commercial applications, including automotive and aerospace. It is ideal for on-demand production and can be deployed anywhere.
SPEE3D is also working with the Australian Army. Its equipment has been field tested and is now in use in the Northern Territory. It is also able to print at very high speeds.
SPEE3D has recently entered the EU market. In June, it sold its first 3D printers in Germany. Its products are aimed at manufacturers and distributors, and are easy to operate.
SPEE3D has been collaborating with the Australian Army for more than two years. They have been testing the equipment in extreme conditions, including off-road field trials.
SPEE3D’s metal 3D printing technology has been patented. By combining supersonic 3D deposition and a rocket engine, SPEE3D has produced a revolutionary way to produce metal parts.
DLP
If you are interested in the latest 3D printing technology, you might be wondering what the difference is between SLS and DLP. The key is the material.
SLS is a 3D printing technique that uses a UV lamp to create ‘hits’ in the light. These ‘hits’ are cured to form the 3D part.
DLP, on the other hand, is a type of 3D printing that uses a photo-curable liquid polymer. This type of process produces high-resolution parts with a smooth surface. It is ideal for detailing projects.
The main advantage of DLP is the ability to print a whole layer at once, unlike SLA. However, it may not be as suitable for large-scale production. Also, it is harder to produce small details.
One of the newest companies to enter the Australian market is Freeform Composites. Their goal is to expand the commercial use of carbon composites.
Another company that offers innovative solutions for digital manufacturing is SPEE3D. They offer an on-demand service to reduce cost and speed up production.
EVOK3D provides a wide range of services for regional and capital city areas. They have an experienced team of engineers and 3D designers. In addition, they have a state-of-the-art additive manufacturing center.
Inventia Life Science is one of the few biotech 3D printing companies in Australia. Their machines generate cell models that closely mimic the structure of human tissue. This allows them to make customized devices for research, drug discovery, and biomedical applications.
SLS
SLS (selective laser sintering) is a manufacturing process that allows for rapid production of functional parts. It is one of the most popular additive manufacturing technologies. With it, users can produce parts with complex geometries. However, before they can be produced, there are a few steps that must be taken.
First, designers must create a 3D model using CAD software. Next, they must slice it into layers that the printer can print. They can use a free slicing tool or they can purchase a professional software package.
Selective laser sintering has been around for decades. It’s a good choice for small-batch prototyping. The cost-efficiency of this method has made it an attractive option for custom manufacturing.
One of the most common materials used in SLS is plastic. Glass and metal are also often used. This is a good choice for functional parts that have strong impact resistance and good mechanical properties.
To get the most out of your SLS prints, you need to apply several post-processing methods. You can start by recovering any left-over material. After this, you can then add a watertight coating, spray paint the part, and even do some media blasting.
Lastly, you can increase the durability of the part by adding some additives. For example, aluminum, glass fibers, and carbon fibers can be used to increase the thermal and mechanical properties of the material.
SLS has been used in medical applications for years, and it’s used to create prosthetics and dental retainers. It’s also used in the automotive industry for parts with strong and durable mechanical properties. In the future, it’s expected that additive manufacturing will overtake conventional manufacturing methods.
