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Advanced Manufacturing

Advanced manufacturing Technology

We provide advanced manufacturing services in technologies like 3d printing, CNC machining, vacuum casting, injection molding, laser cutting, etc.

Experienced Engineers


Team of expert engineers with more than 15 years of experience.

On Time Project Delivery

on time project delivery


With locations in all over Australia we can assure lightning fast delivery.

Australia Wide Expandation

Australia wide expandation


Zeal 3D is present in
Victoria, NSW, Western Australia,
Queensland and Tasmania.

ISO 9001 : 2015

ISO 9001-2015 certified


Committed to consistently provide products and services that meet customer and regulatory requirements and to demonstrate continuous improvement.

How Does Zeal 3D Help the Architectural Industry by Offering the Services?

One-Stop Solution: Zeal 3D, a 3D engineering company with ISO 9001-2015 certification, is committed to helping you achieve all of your professional objectives in relation to the production of architectural industry components by offering you quality-focused 3D engineering services.

Manufacture At Any Scale: Zeal 3D assists manufacturers in the architectural sector in producing architectural devices and equipment in quantities ranging from 1 to 10,000 pieces, whether it is for high or low volume manufacturing.

Increased Material Support: Zeal 3D uses over 45 different materials to offer specialised 3D engineering services that are tailored to the needs and requirements of the architectural industry.

No MOQ Needed: If you need manufacturing services using materials that aren't available on our existing list, our staff will make the necessary effort to get the sources for you without asking for a minimum order quantity (MOQ).

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High Quality Assurance: In order to reach the highest level of customer satisfaction, Zeal 3D makes a significant effort to ensure quality assurance and continuously create high-quality products with high precision and tight tolerances.

Australia Wide Fastest Delivery: Zeal 3D offers the Australia wide quickest delivery options and we also provide effective shipping solutions for New Zealand as well.

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3d Printing Architecture

High-End Services Offered by Zeal 3D For Architectural Industry

3D Printing

Manufacturing firms for architectural components require high-end 3D printing services as we go towards modernization to meet the demands of their clients' unique building design needs. One of the key applications of using 3D printing is to build attractive and realistic architectural models. By printing more accurate models, you may help your customers visualize the finished end-products more clearly, which will help your company acquire more clients. A 3D printer can be used to create architectural models, which typically need to have very minute and intricate details.

Architectural models created using 3D technology are not only more resilient than traditional models, but also won't droop or crack over time. Additionally, you can use the effective feature of 3D printing services to accelerate project completion and shorten the client feedback loop. Furthermore, you can manufacture multicolor architecture models that are aesthetically beautiful. Such models are made of a granular powder, and the finished product has a sandy, granular appearance. This option is ideal if you don't want to paint or colour your 3D model.

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At Zeal 3D, we offer multi-colour printing services according to your business needs and use cases.

We offer 3D printing for architectural sector using materials like,

At Zeal 3D, we also offer post processing services like,

  • Painting
  • Polishing
  • Screen printing
  • Electroplating and much more

Applications

The architectural parts that can be manufactured using 3D printing are,

  • Decorative items
  • Interior and Exterior art works
  • Wall Hangings
  • Furniture Assemblages and much more

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3D Architecture Model Making

3D models of buildings are a great way for designers to see a three-dimensional depiction and physically experience how a design project will progress. Model-making is traditionally a labour-intensive, repetitive hand activity involving the use of materials including clay, cardboard, porcelain, and wood. Today's architecture practices and studios have access to a greater range of technologies, such as CNC milling machines, laser cutters, and 3D printers, that help streamline processes and save labour costs.

In addition to being used to produce personalised 3D architectural models, 3D modelling can be utilised to create architectural models of end-to-end building structures and interior designs. To create more complex or sophisticated elements like stairways, trees, backyards, spheres, and curved surfaces that would require a lot of time to handcraft, we use CNC machining or laser cutting with a variety of suitable materials, including plastic, acrylic, glass, foam, and wool, for the structural framework of their architectural models.

Benefits of Architectural Model Making

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  • 3D Models Can Help Promote a Project: Architects use 3D architectural models to discuss projects with clients, advertise or promote project concepts, and inform the public about potential or existing real estate.
  • 3D Architectural Models Can Save Your Time and Money: Contractors can identify any potential building difficulties with the aid of an architectural model. With the help of the 3D model, building examiners can see the project in three dimensions and identify any potential problems. You can save money and effort by addressing these problems throughout the design process.
  • 3D Architectural Models Helps in Fundraising: You may be able to collect funds for the development of your project with the aid of a well-built model. By providing them with a visual depiction of your concept, the model enables investors to understand precisely where their cash is spent.

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3D Architectural Model

Laser Cutting and Fabrication

A powerful laser beam is focused on the material to be sliced in the process known as laser cutting. The smallest vital components for the building and architectural model manufacturing industries can be laser cut and engraved. In a CAD application or in your graphics programme, draw your shapes as usual. The laser cutting equipment works with the utmost accuracy to cut your components for realistic model railroads, intricate building replicas, or architectural models. Without any additional processing and without any burrs, dust, or swarf, the parts are ready for use right away. The architectural parts that can be manufactured with laser cutting are,

  • Exterior artwork components
  • Steel Furniture
  • Wood Carvings
  • Designer Window Frames
  • Assemblages of Facades

At Zeal 3D, some of the materials used for laser cutting process are,

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The process of making a product or model out of various raw materials through cutting, mixing, and assembling parts is known as fabrication technology. Developments in fabrication have also captured the attention of many architecture house designers, particularly those who work in the fields of construction engineering, and industrial design. The fabrication process has innovated architectural design methodologies and construction techniques. As a result, experts have assessed the performance of the outstanding fabrication outcomes and its results in terms of efficiency, product quality, and real design possibilities.

At Zeal 3D, we offer a wide variety of materials for the fabrication process. Some of them are,

  • Plastic
  • Sheet Metal
  • Steel
  • Brass
  • Aluminium

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3D CAD Services

3D Rendering

The most effective strategy you can employ to encourage people to explore future structures with all of their senses is to use architectural models pre-designed with CAD services. They are a physical aspect of reality that we may engage with in any way we choose, based on our level of curiosity and interest. The creation of CAD-designed architectural models will be more beneficial for real estate brokers and agents who want to advertise homes more successfully and swiftly. The project's vision is what will bring it to reality through 3D digital design and 3D renderings, and it is this vision that will determine its success. Such 3D renderings will make it much simpler for potential customers to understand and comprehend the architectural strategies. With the aid of this 3D rendering technique, you are able to more clearly and from various perspectives, emphasize all the crucial components of your project.

Benefits Of 3D Rendering Process

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  • Through the use of a computer-generated 3D simulation, the 3D rendering technique allows you to bring the mockup of the structure you want to advertise to life.
  • As compared to using merely a conventional mockup, you may also emphasise and highlight a lot more information with the 3D rendering technique.
  • With the 3D rendering technique, you can allow any possible tenants to tour the apartment or housing complex where they'll be living from top to bottom.

3D Animation

One of the most commonly used forms of content in digital media is the video format. The videos we watch nowadays have a greater quality while also becoming more and more immersive thanks to technological development and the progress of design software and tools. Drone footage and sophisticated video editing are no longer necessary. You don't even need to have the structure ready because we can reconstruct it in 3D and then create immersive virtual tours that let visitors explore it more dynamically and creatively from all sides.

Benefits Of 3D Animation Process

  • The animations accurately portray what life is like in the apartment building or architectural structures you have constructed and are trying to market.
  • They are quite lively and cover a wide range of architectural, environmental, and design-related topics.
  • Animations wrap up the narrative of the building you want to market, and they can play continuously during the exhibition or fair while you place the mockups and 3D renderings in the centre of your presentation booth so that customers can engage with them.

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CAD for Architectural Design
Augmented Reality in Architectural Industry

Augmented Reality

The architecture sector is heavily leveraging augmented reality technologies to streamline the planning and building processes. In addition, augmented reality also helps the architecture industry by producing 3D plans from the 2D image or layouts. AR uses a 2D layout created by an architect as input and automatically creates a corresponding 3D model of that same plan. Later, for a better visual understanding, this model is shown in augmented reality. The experimental findings support the system's ability to produce precise, dynamic 3D models from trustworthy 2D plan drawings.

The AR Walkthrough app is another commercial augmented reality option for home builders. The app transforms leads into customers by providing potential home buyers with a captivating and unique user experience. As potential homebuyers tour a model home, an augmented reality application physically immerses viewers by digitally superimposing customization options on a real-world plane. Applications that use augmented reality can give a more accurate representation of the structure being created, including all of the layers of materials and installations that are frequently difficult to comprehend through drawings.

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At ZealAR, we offer a comprehensive and cutting-edge selection of augmented reality services that perfectly meet all of your requirements. We provide you with the exact prototype of what you've been looking for after discussing your wants and thoughts using our AR services for different platforms.

Web AR: With the help of cutting-edge technology called WebAR, users may access AR experiences directly from their web browsers without downloading any additional software.

Mobile AR: Zeal AR aids in the implementation of the augmented reality concept in a variety of formats, including mobile applications, VR setups in stores, offering virtual tour experiences, and much more to entice customers.

AR App Development: Zeal AR provides you with a full spectrum of business solutions, from WebAR to the development of custom mobile apps based on your business requirements and use cases.

Applications Of AR In Architecture Industry

The augmented reality technologies that could alter the way we approach the construction business are listed below.

AR Walkthrough: With the help of the augmented reality technology AR walkthrough, designers can explore their designs in greater detail to provide both their clients and themselves a more accurate impression of the location. You can walk through your sketch while it grows walls by positioning it in the plan (or site) using an iPad. As a result, the process of presenting a project to clients is far more engaging and transparent.

3D Augment Apps: A 3D augmented reality app allows users to visualise 3D models in real time and at the appropriate scale, convert plans into holograms of 3D models, and simulate life-size objects. Product designers, sales, and marketing teams use the platform, which is accessible on smartphones and tablets, to save the cost of prototyping, improve user appeal, and increase sales.

Building Site Monitoring AR App: Using smartphones or tablets, the construction site monitoring app overlays BIM 3D buildings using augmented reality technology. It enables you to make a comparison between the actual work being done and the project's planned data. It makes it possible to analyse 3D BIM models both before and throughout the building process, improving planning, preventing mistakes, and lowering construction costs.

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Types Of Products We Manufacture at Zeal 3D

Architectural Concept Models: Architectural concept models are a crucial component of the architectural design and development process. They can be a quick and efficient way to test concepts and look into the site environment and location. Almost anything can be used to construct a concept model using a wide variety of 3D engineering techniques like 3D printing. This gives the architect and/or designer the chance to go much beyond the typical drawings, sketches, and 3D models that are often produced at this level in their thinking and working processes.

Interior Designs: Interior designers can now create interior architecture models or constructions that visually complement the surrounding environment and its natural features. This will make it easier for those in this industry to quickly develop novel and difficult ideas by experimenting with and visualizing them using CAD software. Additionally, modern building designers may create new furniture by just designing it using CAD software, making their entire design flexible and allowing them to experiment with their point of view.

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Customized Architectural Detailing: When creating some intricate shapes for a module, designers generally use the highest-end 3D engineering techniques to achieve customised detailing in architectural structures. The use of 3D printers makes this process possible because it would be challenging to complete using traditional manufacturing methods. To create the spaces of the modern future, architects create new internal structures with the aid of 3D printing, laser cutting, and injection moulding techniques. This is incredibly resource-efficient and could be designed with minimal money and labour.

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Polyjet Support Architectural Model
3D Printed Architectural Model

Architectural Industry

According to the report, the building and architecture businesses in Australia are predicted to generate over $360 billion in sales over the next five years, accounting for more than 9% of Australia's Gross Domestic Product, with an estimated annual growth rate of 2.4 percent. The architectural industry of Australia is primarily concerned with the construction, destruction, manufacture of architectural assemblies and parts, renovation, maintenance, or repair of buildings and infrastructure. From planning and surveying to structural building and finishing services like painting and decorating, the architectural industry encompasses a broad variety of services. Contract manufacturing is important for producing industrial architectural goods like machinery, devices, and finished products in large quantities and at a low cost. As the demand for the industry grows, developing an end-to-end architectural structure will require the use of these contract manufacturing services.

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3D Printing for Architectural Design



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