3D Printing

What is 3D Printing?

3D printing is a manufacturing process that creates three-dimensional objects by building them layer by layer from digital designs (STL Files). Unlike traditional methods that cut or mold material, 3D printing is additive, meaning it only uses the material needed. This makes it efficient for creating prototypes, custom parts, tools, and even end-use products in industries like healthcare, automotive, aerospace, and consumer goods.

Why you should consider 3D Printing for your model?

Shorter Production Time

The ultimate benefit of 3D printing over traditional manufacturing is that it can quickly transform your design from a CAD model to an actual functional part in just a few hours. Instead of spending extensive time and money on plastic injection moulding, engineers and designers can now print and test their models using in-house 3D printers or a 3D printing service. As a result, the prototyping and re-iterative testing process have been significantly reduced to just a few days. Fast prototyping can also bring benefits to a wide range of applications. So whether you're an architecture student looking to build a 3D model of your design or you need a quick replacement for your machine part, we got you covered.

Cost-effectiveness

Conventional fabrication methods such as casting, CNC or plastic injection moulding often require expensive machines and highly skilled operators. In contrast, the cost of 3D printers is significantly lower, and they only need one operator to run multiple machines, thus a lower cost per unit if the quantity is less than a few thousand.

Creative Design and Customisation

3D printing embraces your creativity and imagination through its ability to make parts with complex shapes and geometry. Moreover, it allows for endless customisation and personalisation, such as colours, texture and finishes. In contrast, conventional methods will make fabricating those designs difficult. Therefore, with low-volume and high-variety products, 3D printing is the better choice over traditional methods. With 3D printing, the only limitation is your imagination.

Less Material Waste

By adding material, 3D printing uses the exact amount of material it needs to create the part with just a small portion of waste through support structure if required. In comparison, methods such as milling and lathing produce more waste by removing the material.

Improve Quality and Reduce Risk of Design Failure

3D printing allows designers to test the model through rapid prototyping, examining and fitting the actual part to check its functions before mass production. If there are any errors, the model can be quickly modified in 3D CAD, then re-printed and re-tested. As a result, 3D printing can eliminate any risks of failure due to errors and improve part quality through a quick re-iterative testing process.

More User Friendly

3D printed parts are free of any chemical residue, have no debris and mostly no sharp edges. Most 3D printers can be installed in a regular office or classroom, making them user-friendly and more accessible to just any type of business, school or household. If you print styrene plastic such as ABS and ASA, all you need is a 3D printer with a HEPPA filter, and you're good to go.

What 3D Printing method should I use?

Depending on the requirement, there are five essential factors that you should consider when choosing a 3D printing method for your model.

  • Budget
  • Mechanical requirements
  • Cosmetic appearance
  • Material selection
  • Geometry

These criteria will help you decide which type to use among the five most popular 3D printing methods below.

Fused Deposition Modelling (FDM)

Fused deposition modelling (FDM) is one of the most popular 3D printing technology for plastic parts. It has been used widely by engineers and designers for prototyping due to its versatility and affordability. An FDM printer operates by extruding a plastic filament layer-by-layer onto the heated bed. It’s a cost-effective method for creating physical models from a CAD design within a short time frame. Objects printed by the FDM method still have great mechanical, thermal, and chemical properties despite their surface finish limitation.

Stereolithography (SLA)

Stereolithography (SLA) was the earliest 3D printing process in the 1970s. SLA printers create parts with high levels of detail, smooth surface finishes, and tight tolerances. The excellent surface finishes of printed objects can contribute to the part’s function and cosmetics. It has been used in the medical industry and typical applications include anatomical models and microfluidics. SLA uses laser power to solidify the special liquid resin, layer-by-layer to create a whole 3D object which then will be cured by UV light. Although SLA printers are relatively affordable, they require a dedicated setup workspace to work liquid resin safely.

What material should I use for my model?

Currently, the 3D printing methods we use at Print3d Precision are FDM & SLA for thier versatility and affordability. Depending on the application of your model, you should consider these factors below:

  • Heat Resistance
  • Impact Resistance
  • Strength
  • Flexibility
  • Layer Adhesion
  • Ease of Printing
  • Visual Quality

What printing quality and how much infill should I choose?

Depending on the application and cosmetic requirement, we're providing 3 options for printing quality:

  • Draft quality: layer height 0.24mm. Only use this option if you don't require a smooth surface finish on your model.
  • Standard quality: layer height 0.2mm. This is the most popular quality that will fit most of the applications of 3D printed parts.
  • Fine quality: layer height 0.12mm. The best quality that most FDM 3D printers can offer at the moment. This will give a smooth surface finish on the sides of your model. The layer lines are barely noticeable by human eyes.

  • 10% - Low infill for decorative parts which do not bear any force
  • 20~40% - The standard infill that we will optimise depends on your model
  • 50% ~75% - High infill for tough parts that will withstand some forces
  • 100% - Solid infill for maximum strength

Why choose Print3d Precision Printing Service?

At Print3d Precision, we're proud to be your local 3D Printing Service with fast delivery and local support. We always aim for the best quality and reliable results. We will 3D print your model and send out within 2-5 business days depends on the models and the quantity. Upload your model and get a free quote or instantly place an order online through our quotation system with a wide range of materials and colours. Based in Dalby QLD, we proudly service Australia-wide, including Sydney, Brisbane, Perth, and Adelaide. If you need your model 3D printed urgently or not sure what materials and options to choose from, please email us at admin@print3dprecision.com.au or give us a call on 0477 453 164

3D Scanning

What is 3D Scanning and how does it work?

3D scanning is a process that captures the exact shape and dimensions of a physical object using laser, structured light, or photogrammetry technology. The scanner collects millions of data points from the surface of the object and converts them into a digital 3D model that can be viewed, measured, or modified on a computer using 3D modelling programmes.



What are the benefits of 3D scanning compared to traditional measurement methods?

Unlike manual measuring tools, 3D scanning provides a fast, accurate, and highly detailed representation of an object. It reduces human error, saves time, and captures complex shapes that would be difficult or impossible to measure by hand. This makes it ideal for engineering, quality control, product development and reverse engineering.

What can 3D scanning be used for?

3D scanning has a wide range of applications, including reverse engineering, product design, rapid prototyping, digital archiving, and quality inspection. It is also widely used in industries such as manufacturing, healthcare, automotive, and even art restoration, where precision and accuracy are critical.

What types of objects can be scanned?

Most solid objects can be scanned, from small mechanical parts to large machinery and even architectural features. While shiny, reflective, or transparent surfaces may require a temporary matte spray for best results, 3D scanning can adapt to different materials and sizes with the right equipment.

How accurate are your 3D scans?

Our 3D scans are extremely precise, with accuracy typically within 0.05mm - 0.1mm depending on the size and complexity of the object. This high level of detail ensures that the digital model is a true-to-life representation, suitable for engineering, manufacturing, and professional applications.

Laser Engraving

What is laser engraving and how does it work?

Laser engraving is a process that uses a focused beam of light to mark the surface of a material with high precision. The laser removes a thin layer of material to create permanent designs, text, or patterns without physically touching the object. This results in a clean, accurate, and professional finish that’s suitable for both decorative and industrial applications.



What is the difference between laser engraving, etching, and cutting?

  • Laser engraving removes material from the surface to create a permanent mark or design.
  • Laser etching is a lighter process that alters the surface without removing as much material, often used for more delicate finishes.
  • Laser cutting, on the other hand, uses the laser beam to completely cut through materials like wood, acrylic, or metal to create shapes, parts, or custom designs.

What materials can be engraved or cut with a laser?

A wide variety of materials can be engraved or cut, including wood, acrylic, leather, coated metals, plastics, and paper. While many materials work well, some such as PVC or certain reflective metals are not suitable due to safety or quality issues.

We’ll always advise the best approach for your specific project.

Can you engrave custom logos, text, or images?

Yes! We specialize in customizing projects with your own logos, text, images, or patterns.

Whether you’re after corporate branding, personalized gifts, or unique decorative pieces, laser engraving offers sharp, detailed results that bring your designs to life.

What is the maximum and minimum size you can engrave or cut?

Currently, with our Creality Falcon A1 Pro (20W) and 2W IR laser module, we can work within a maximum engraving and cutting area of 460 × 346 mm.

This means larger items such as signs, panels, or custom projects can be completed in a single setup.

For smaller pieces, the laser is capable of engraving extremely fine details down to just a few millimeters, thanks to its precise laser spot (as small as ~0.03 mm with the IR module).

Whether it’s a large design or a delicate logo, we can achieve clean, accurate results across a wide range of sizes.

Can you engrave on items I bring in?

Absolutely. If you already have an item you’d like engraved such as a gift, award, or promotional product - you can bring it to us and we’ll carefully personalize it. We’ll first assess the material and shape to ensure it’s suitable for engraving and provide guidance before the work begins.

Tracking & Delivery

When will my order be shipped?

All orders are processed within 2-5 business days of receipt. This means that once you place your order, we work quickly to pick, pack, and prepare it for shipment.

Please note that processing times do not include weekends or public holidays, and delivery times will depend on the shipping method you choose. We strive to get your order to you as efficiently as possible, and you’ll receive a tracking number once your package is on its way!

Can I change my delivery address?

If you need to change your delivery address, please contact us as soon as possible. Once your order has been processed and shipped, we may not be able to update the address. However, if your order is still being processed, we’ll do our best to accommodate the change.

To request an address change, please reach out to our customer support team at admin@print3dprecision.com.au or call us on 0477 453 164 with your order number and the new delivery address. We'll get back to you with the next steps!

How can I track my order?

Once your order has been shipped, you will receive an email with a tracking number and a link to track your package. Simply click on the link to see the status and estimated delivery date of your order.

If you haven't received your tracking number or if you need assistance with tracking, please feel free to contact our customer support team at admin@print3dprecision.com.au We're here to help!

How do I know if I have received my complete order?

To ensure you've received your complete order, please refer to the packing slip included with your shipment, which lists all the items in your order. Rest assured, we fully fulfill all orders before they are shipped, so if something is missing or there seems to be an issue, please reach out to our customer support team at admin@print3dprecision.com.au with your order number, and we'll resolve it as quickly as possible.

In some cases, items may be shipped separately depending on availability or shipping method, so be sure to check your tracking details for any additional shipments. If everything appears to be in order and you're still missing an item, we're here to assist you and ensure your complete satisfaction!