Custom 3D Printing Plastic Parts

3d-printed-objects.jpgWould like to receive some 3d printing services provided locally in Sydney for your plastic 3d printing project? Look no further!

We offer custom plastic 3d printing service in Sydney & can provide you with high quality 3d printed plastic parts and products with short lead time and competitive price.

Plastic is the most common and widely accessible raw material used in 3D printing. It is used by both industrial and consumer markets. Because of its efficiency, plastic is also the leading material used in the 3D printing industry.

(Here is a guide that may help you understand plastic 3d printing better)

Nowadays, there is a wide range of choices for 3D printing plastics that are available in the market. It can be challenging for engineers and designers to choose which kind of plastic material is suitable for a certain project.

And C-Mac Industries Co-operative is here to help!

Why use plastic for 3D printing?

There are various reasons why most engineers and designers use plastic to print their 3D parts. Below are some of them:

  • Can print larger parts

Using plastic for 3D printing is the best solution if bigger parts are needed for a certain project. Since plastics are widely available, engineers can directly print accurate and custom-made 3d parts

  • Inexpensive

One of the biggest advantages of 3D printing with plastic is its cost. Plastics are more affordable than any other type of 3D printing materials. Moreover, it is also easy to make prototypes and make iterations out of it.

  • Can be used in different applications

3D printing with plastic is applicable in various industries. For instance, 3D printed parts can be used to create medical tools or even 3D models of organs. Moreover, it can also be used in automotive industry for car parts replacement. 3D plastic parts are also used for aerospace industry and architecture.

custom_3d_printed_components_objects

Types of plastic materials

There are a variety of plastics that are available in the market today. These plastics are also widely used for 3D printing. Here are some of them:

  • ABS (Acrylonitrile Butadiene Styrene)

ABS is a common type of plastic material being used in different industries that include automotive components, manufacturing of pipes, protective gears, kitchen appliance, etc. It is one of the popular plastic materials used in industrial 3D printing.

This material is generally durable and strong. It is also popular because it is inexpensive with good mechanical properties. It is also slightly flexible and relatively resistant to heat.

  • PLA (Polylactic Acid)

PLA is also a popular plastic filament aside from ABS. it is the best choice for most extrusion-based 3D printers since it can work seamlessly with low temperature and doesn’t require a heated bed.

PLA materials are also widely used because it is easy to print with. One of the distinct characteristics of PLA is that it doesn’t warp easily. It also does not give off any foul smell during printing.   

  • ASA (Acrylonitrile Styrene Acrylate)

ASA was originally developed to be a weather resistant material. Therefore, it is primarily used in automotive industry. In addition, ASA is strong, rigid and easy to print with.

This plastic material is the best alternative to ABS materials. It is known for its high impact resistance and high temperature resistance. Conversely, ASA has also its printability drawbacks such as warping issues and emission of hazardous fumes dues to the presence of Styrene.

  • PET (Polyethylene terephthalate)/ PETG (Polyethylene terephthalate glycol)

PET is a raw material that is rarely used in 3D printing. There are some variations of this material which includes PETE, PETG and PETT.

PET material is known as the polymer used in water bottles and also found in clothing fibres and food containers. It is semi-rigid and has good impact resistance. This material has also great thermal characteristics and adheres well to the bed with negligible warping.

  • PC (Polycarbonate)

PC is known to be the strongest plastic filament used for 3D printing. It is also resistant to physical impact and heat. Moreover, it can able to withstand a temperature of up to 110°C.

It is commonly transparent and used mainly for items such as bulletproof glass, scuba masks, etc. It is also extremely hygroscopic and should be stored in moisture-free and airtight containers.

  • Nylon

Nylon is a well-known family of synthetic polymers that are generally used in different industrial applications. Additionally, it is also popular for its flexibility, strength and durability.

One distinct feature of nylon is it can be dyed according to the preferred colour. However, nylon is hygroscopic. This means that this material absorbs moisture and needs to be kept in a cool and dry place.

  • PVA (Polyvinyl Alcohol)

PVA is another type of plastic that is soluble in water. However, since it can be dissolved in water, extra care and attention are needed when storing it.

In 3D printing, PVA is not used to make a finished product but rather used to create support structure. Furthermore, PVA has good thermal stability. It is biodegradable with no harmful by-products.

3D printing technologies

There are specific 3D printing technologies that are compatible with plastics. These are the following:

  • FDM – FDM is popular for using plastic materials in 3D printing. These plastic materials are usually in a form of filament spool.
  • SLA – For SLA, photosensitive liquid resins are used to manufacture 3D parts. These resins are also divided into 2 categories which are thermoplastics and thermo-solids.
  • PolyJet – The same with SLA, PolyJet also uses a liquid form of plastic to print.
  • SLS – This printing technology uses plastic powder materials to manufacture 3D parts. This method uses a laser to fuse plastic powders layer by layer to create the object.

If you are inexperienced in terms of 3d printing, you are recommended to read this 3d printing guide.

Need more in-depth knowledge in 3d printing? Click here to request Whitepaper "C-Mac's 3d printing guide"

C-Mac's 3d custom printed part example

3d-printed-race-car-model-palstic-body

(Race car body for a high school project. 60 hours for the print. 450 grams of material)

Demand in 3d printing custom plastic parts in Sydney? C-Mac is your choice.

C-Mac, as a leading 3D printing service provider in Sydney. We are not only providing 3d printing related services including 3D modelling services, mechanical design and drafting services in-house, but also other related 3D printing assistance and advices.

We got lots of postive feedback from our 3d printing customers and below is one of them：

Quality Assurance Certification"I chose to engage C-Mac originally because of their experience with metal work and ability to provide design solutions; though in the end it was all plastic and exceeded my expectations. The team at C-Mac suggested we use 3D printing and at first I was unsure - plastic, easier, strong...were all my questions.

When I picked up the finished design, it delivered. I would definitely encourage someone for 3D printing for early design testing and the C-Mac team did an excellent job! Thank you!" 

--- By Richard

Why choose C-Mac as your plastic 3d printing solution supplier?

  1. Australian-Made-(for-web)Quality plastic 3d printed parts with high accuracy is achievable.
  2. The 3d printing job will be cost efficient due to C-Mac's best practice in lean manufacture.
  3. In-house experienced and skilled 3d designer and 3d printing engineers in Sydney Australia who strive for customer satisfaction.
  4. Competent to 3d print different parts in multi-colours, multi-materials at the same time.
  5. Advanced 3d printers and powerful 3d printing software in use for process monitoring and quality control - You job are in safe hands!
  6. Short turnaround time is always one of C-Mac industries competitive advantages.

Please talk to C-Mac's 3d printing experts at (02) 9631 6000 to see how we can help you or Click here for discussion & FREE Quotation

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    *[Owner]* An industrial laundry system service company needed repairs and redesign done to their tooling. C-Mac made changes to the tooling to make access and ease of use to decrease service down times.

    *[Service Manager]* An industrial fan service company had a failure of a major shopping centre air conditioning fan/ blower. C-Mac repaired the unit within a 24hr turn around for minimum downtime.

    *[Owner/Manager]* A major food manufacturer specializing in tomato sauce had a filling machine breakdown. The machine was brought to C-Mac and repaired in 24hrs for minimum downtime of the production line costing $5,000 per hour.

    *[RAAF - Warrant Officer]* Airfield support staff required a portable sandbagging frame and requested a design, prototype and trials at no cost. There was nothing suitable on the market i.e. made in Australia. "Sandbagging Frames":materials-handling/1-bagging-equipment#silt-bagging-frame are now on the national procurement data base and some probably overseas at different war zones.

    *[Mechanical Design Engineer]* An automotive transmission design customer needed help with designing an automatic transmission gear prototype. We suggested and engineered a more cost effective and practical way for the mass production stage.

    *[Nursery Manager]* At an exhibition saw our self tracking nursery trailers and indicated he had a costly issue transporting large (heavy) pots containing advanced trees. Existing method was a bobcat. C-Mac designed and quoted for the manufacture of a Self Tracking “Low Loader”. His comment on the first day of using "Low Loader trailer":nursery-equipment/7-trailers/#low-loader-self-tracking-trailer “Can now move 100 litre pots with trees, 150 metres in 1 hr and not get a sore back”.

    *[Purchasing Officer]* A mining design and machining company needed help with machining components urgently as they were too busy to keep up with the demand. C-Mac machined the components so the deadline could be met.

    *[General Manager]* Customer had to submit a proposal and compete against other countries for the manufacturing facility. C-Mac submitted drawings to show there was space in existing plant to install the new process and to comply with all Australian OH&S Standards. Working together with customer to submit proposal to the Head Office overseas WON the contract. Project was a success meeting 6month lead time and budget.

    *[Nursery Owner]* Needed a specific Potting & Mixing machine. for his yuccas nursery, but the problem was it was no longer manufactured. From his description and specifications our engineers designed and modelled in 3D software his requirements. "Potting Machine":nursery-equipment/3-potting-machines/ was manufactured and fully tested with potting media in our workshop, video was then sent to customer who was very pleased with the results. Machine disassembled and freighted interstate and installed.

    *[Maintenance Engineer]* An industrial hydraulic fitting manufacturer had problems with gear and shaft breakages with their machinery. They also had problems repairing and maintaining. C-Mac offered to repair and maintain their machinery on-site instead of having to permanently employ fitters.

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    Phone: (02) 9631 6000
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