Medical Technology

3D Printing Melbourne: Bringing Breakthrough Applications to the Medical Industry

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3d printing in medical industryFrom surgical tools and guides to true-to-life pre-surgery models, 3D Printing Melbourne is coming its way to bring breakthrough solutions and applications to the medical industry.

Considered as one of the most advanced in terms of new treatments, the healthcare industry has no shortage of miracles with applications of 3D printing.

The advances in 3D print technology help doctors, research institutions, and medical manufacturers provide patients with new forms and treatment methods. 

Through the use of 3D printers, there are new surgical cuttings and accurate surgical models that are very useful for medical and dental education. 

Top Applications of 3D Printing Melbourne in Healthcare

Here are the top applications of 3D print technology in the medical and healthcare industry.

Surgical Guides and Tools

During surgery, doctors use surgical tools to assist them. The conventional surgical tools were usually made from aluminum or titanium. But since the introduction of 3D printing, modern surgical guides and tools are built with thermoplastics and metals that meet ISO 10993-1 and USP Class VI certifications. 

These 3D printed tools help ensure precise locating tools and instruments, resulting in better postoperative results. 3D printing technology is perfect for iterative and low-cost prototyping to optimize the tool’s design.

Anatomical Models

One of the major applications of 3D printing in the medical field is the accurate fabrication of anatomical replicas and true-to-life pre-surgery models. 

These 3D printed models from patient scan data are very helpful to the doctors to enhance the diagnosis of illnesses and clarify treatment decisions.

With the help of these anatomical replicas, medical professionals understand the patient’s anatomy, which can be hard to visualize. 

In addition, doctors use these models to explain to their patient and their families what they need to know about the upcoming medical procedure. And at the same time to communicate to their colleagues the surgical steps.


3D printing enables custom-made prosthetics that fit the needs of amputee patients. This technology allows medical manufacturers to produce patient-specific components of prosthetics that perfectly match the anatomy of the user.

Medical Carts and Other Specialized Instrumentation

Another significant application of 3D print technology in the medical field is the production of various scientific instrumentation and medical carts based on the exact specifications quickly and at a low cost, with Urethane Casting and CNC machining.


These significant advancements in 3D print technologies have helped the healthcare industry bring breakthrough solutions to the market and led to the production of stronger and safer healthcare and medical products at lower costs and reduced lead times.

Lastly, with the help of 3D printing, patients and their families have a better understanding of their conditions and treatments. Patients can interact with these 3D printed products specially designed for their anatomy. 

How Working Technology Behind Waterjet Machines Help Faster Wound Healing

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There are a countless number of people from around the globe who are suffering from their bouts with chronic wounds due to diabetes or a handful of other underlying causes. But it is a relief to know that there is this emerging micro water jet technology and a very promising one that will have a significant role in enhancing treatment and healing. The water pressure necessary will be provided for by a powerful flat motor.

When it comes to sterilizing and cleaning up an open wound, many of us think that a medical professional’s first choice for this would be the use of sterile fluid. But there are also many other methods that doctors and surgeons have used in the past for this.

For instance, they would resort to cutting away dead tissue with the use of a scalpel, and then, later on, dress up the wound with absorptive tissues. There are even instances that they would resort to the use of the larvae of the flies. Each method they used though would come with their own set of banes and boons.

wound healing waterjet technology

Like for example with the use of the scalpel method, the use of which runs the risk of cutting away either too little or too much.

In the past decades, medical engineers successfully developed new groundbreaking methods that will help in thorough and efficient cleaning of open wounds, which also includes the part where there is a need to take away dead tissue.

The technical term for this process of cleansing of an open wound  in the medical community is “debridement” and the underlying technology used here is also the same as one used in the waterjet machine.

The Pressure Washer and Its Functional Principle

An innovative approach to cleaning and sterilizing wounds is currently in the works and is taking advantage of the technology used behind water jet machines. High pressure is necessary to help in directing the sterile fluid at the wound via a nozzle, which is generated by a pump.

The working principle used here is very much comparable to that of a pressure washer that many people use when they try to remove moss and algae from their garden flagstones. A Swiss company is using this metaphor to help illustrate how its product offering, which they call Debritom, works.

The system has been out in the market since 2018, and in no time it will become ubiquitous equipment that you will see in the majority of outpatient wound care facilities. It is also bound to have its presence felt in major hospitals around the globe.

Recommencing the Healing Process

Debritom+ and other similar wound cleansing systems are primarily designed for the benefit of patients who are struggling either with slow-healing or chronic wounds. Most of the time, these wounds are detrimental to the quality of life of the patient, and sometimes would even necessitate regular therapy.

When the healing process needs a relaunching, it should be commenced by performing first a thorough and careful cleaning of the wound in question.

The micro water jet machine technology allows for precise and clean removal of highly damaged or badly infected tissues. Simultaneous to this, a focused water jet could induce micro-bleeding. When this happens, it will be advantageous in the sense that it will help improve the outcome of the debridement process.

A recent study validates this where 90 patients were given micro water jet technology treatment for 3 years. In comparison to other treatment methods, the research showed that the time frame it took for their wounds to heal was substantially reduced to about 30%.

This goes to show that waterjet technology will help an awful lot in relieving patients and medical professionals alike in handling and giving proper care for open and chronic wounds, accelerating their healing phase.