Advanced Manufacturing Technology

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

on time project delivery

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

Australia wide expandation

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

Experienced Engineers

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

Sheet Metal Fabrication Services

At Zeal 3D, we provide effective and high-end sheet metal fabrication services to assist clients in achieving cutting edge results from sheet metal products while focusing on design, streamlining production, and producing top-notch final products. Zeal 3D delivers end-to-end sheet metal fabricator services to cities such as Melbourne, Brisbane, Perth, Sydney, Adelaide, Canberra, New Zealand, and Tasmania.

Our state-of-the-art automated production facilities offer a complete end-to-end supply solution and guarantee that clients' metal sheet components are delivered in accordance with even the strictest manufacturing timelines. From product design to development, production, and delivery, we offer an entire end-to-end metal sheet manufacturing solution.

Our highly skilled production staff creates custom products to exact specifications, the highest levels of quality, and the highest standards for sheet metal finishing.

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What is Sheet Metal Fabrication?

Sheet metal fabrication is the subtractive manufacturing phenomenon in which thin metal sheets are fashioned into desired end-products or pieces. In other words, sheet metal and fabrication is a manufacturing process that includes cutting, bending, and twisting of metal sheets into different forms or shapes. Because of their great precision and durability, sheet metal components are frequently chosen by manufacturing engineers, particularly for end-use applications like enclosures, chassis, and frames.

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Materials Used in Metal Sheet Fabrication Process

Sheet metal comes in a variety of shapes, and the fabrication process can modify the metal to meet your demands. There are a variety of materials that can be employed at different stages of the sheet metal fabricators process. The following is a list of the typical material types used in the process of custom metal fabrication.

Aluminium: Due to its unique physical and chemical properties, aluminium is widely utilized across a variety of industries. Since it performs well at lower temperatures, it is used in refrigeration and aerospace. Some of the aluminium grades used are,

Al 5052
Al 5754
Al 6061

Stainless Steel: In settings where durability and resistance to corrosion are essential, our steel fabrication services excel by utilising high-quality stainless steel sheets. These sheets are ideally suited for challenging

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conditions and ensure durability and reliability in your projects. The stainless steel grades we commonly work with include:

Stainless steel 304
Stainless steel 316/316L
Stainless steel 301

Mild Steel: In addition to having great weldability and ductility, mild steel is tensile and impact resistant. Mild steel has a high degree of natural flexibility, making it simple to machine and design into a variety of shapes. The mild steel grade used are,

Mild Steel 1018

Copper: Along with being corrosion-resistant, copper is malleable, ductile, and electrically conductive. Electrical components, ornaments, jewellery, and conductors are all common uses of copper metal sheet. Some of the copper grades used are,

C110
Copper 101
Copper 260 (Brass)

Bronze: Bronze sheet metal has a low melting point, high resistance to corrosion and metal fatigue, and high thermal and electrical conductivity. Applications for bronze sheet metal include the production of coins, cookware, and turbines.

Bronze 220
Bronze 510

Steel: Steel comes in many different varieties for a variety of uses, including stainless steel, carbon steel, and galvanized steel, but the metal as a whole is renowned for its toughness and endurance. The steel grade used are

Steel 1018 (Low Carbon)

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Sheet Metal And Fabrication Processes

In sheet metal and fabrications, the material is removed from or deformed into the desired shape using a range of processes like cutting, shaping, and joining. Raw or custom metal sheet travels through a number of sheet metal production processes before becoming the finished product.

Laser Cutting: The laser cutting process, which is extraordinarily quick, energy-efficient, and precise, is used to cut thin or medium-gauge metal sheet using a powerful laser light beam.

Bending: Sheet metal bending is one of the most popular methods of deformation. It can be bent into complex shapes like a V or a U using a press brake machine. The amount of force needed to bend metal sheet increases with gauge thickness.

Cutting: Cutting sheet metal is one of the three primary manipulation techniques in the sheet metal and fabrication process. Since useful pieces can be created by merely removing or cutting small amounts of material, sheet metal and fabrication can be considered as a subtractive manufacturing process.

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Punching: In this technique, sheet metal is punched and die-cut in order to create precise holes of the desired size.

Rolling: The rolling process is used to shape sheet metal into rolls, producing a more finished product that resembles a roll of paper towels.

Stamping: In the stamping process, a mechanical or hydraulic stamping press outfitted with a tool and die is used to carry out specialized activities including drawing, curling, embossing, flanging, etc.

Riveting: In order to unite metal sheets, the riveting process uses tiny metal components that are embedded into the metal. The holes are either punched, drilled, or inserted with rivets.

Forming: The term "forming" refers to operations such as bending, stretching, stamping, and roll forming. Forming is just reshaping metal sheet to the desired curves, as opposed to cutting, which removes material from the item.

Assembly: Assembly is the process of attaching sheet metal components that have been bent or cut. Welding and fastener joining are the two methods used most frequently in assembly.

Welding: In the welding process, portions of metal sheet are melted together with the use of heat to create a strong bond.

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Sheet Metal Fabrication Capabilities of Zeal 3D

Blank Size: Our standard blank size of sheet metal is 10’ x 20’ (3.05 m x 6.10 m). However, In response to requests, we accept higher part volumes.

Standard Lead Time: Our average lead time for sheet metal and fabrication ranges from 3 business days to 1 week.

Sheet Thickness: Our sheet metal is available in thicknesses ranging from 0.024" (0.5mm) to 0.25'' (6mm). However, on request, we can accommodate gauges that are thicker or thinner.

General Tolerances: For single planes or flat parts, the general tolerance is +/- 0.010" on edge to edge, edge to hole, and hole to hole features. Furthermore, +/- 0.010" on bend to edge/hole features. Then, for multi-planed bent parts, the general tolerance is +/- 0.030" for hole to hole/edge, edge to edge, and over-formed parts, as well as +/-1 degree for bend angles.

Industries That Involve Metal Sheet Fabrication Process

Numerous organizational disciplines and a variety of industrial industries heavily rely on metal fabrication for their 3D engineering activities. These sectors include automobiles, defence, aerospace, hvac, medical, energy, and mining.

Automobiles

The automotive industry is arguably the largest user of this metal fabrication process because many people wish to keep their classic cars in good shape. One of the most common uses is automotive customization, which is typically done in accordance with personal style and desire. In addition, customizing a car is not a simple task; it requires careful planning and extensive work, such as overhauling the entire chassis, moving the engine, or adding features that will make your automobile look like a prop.

Aerospace

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Aerospace engineering involves creating a wide range of aircraft, from simple military planes to complex fighter jets for the country's Air Force, Navy, and Army. The manufacture of these flight parts involves metal fabrication in which metal components are manufactured, put together, and integrated at every stage of production. Making spaceships also involves the use of metalworking.

Defence

The manufacturing of specialized sheet metal and fabrication, including parts and components for armoured vehicles and offensive weapons, is essential to the military and defence sector. The "fabrication", or shaping of metals, must be carried out to the exact specifications dictated by governmental bodies and defence contractors due to the precision required for this equipment to perform in high-efficiency scenarios.

HVAC

In the HVAC industry, the respective HVAC contractor uses the process of HVAC sheet metal and fabrication to create unique systems for a house or other structure. By utilizing a wide range of fabrication types, HVAC companies can create solutions such as rectangular ducting, spiral ductwork, roof curbs, and fittings. HVAC sheet metal and fabrication enables customization to the desired feel and aesthetic of the customer's ductwork. Ductwork can be totally covered if it is being constructed in a commercial structure, or it can be painted to fit the architecture.

Medical

The medical sector highly values custom sheet metal and fabrication since it can be used to manufacture instruments that perform very accurate and specialized tasks related to the medical field. With this kind of fabrication, you can be certain that the components will be made with the highest level of precision, which is crucial for surgical equipment that needs to carry out extremely exact movements. The most frequent tool that comes to mind when discussing metal fabrication for the medical sector is a surgical tool. But a variety of tools are produced for the medical sector through specialized sheet metal and fabrication. Some of them are medical devices, medical instruments, intricate instruments for surgeries, physical therapy equipment, and much more.

Energy

Metal fabrication plays a significant role in the energy sector, which consists of companies that generate power from sources such as oil and gas, solar, wind, and nuclear energy. In the energy sector, pipelines, electricity power turbine parts, wind turbines, transmission towers, oil and gas wells and platforms, electromagnets, transformer cores, and electromagnetic shields are a few of the products manufactured.

Mining

Steel is necessary to the mining industry as a form of by-product. Steel construction materials utilized in the mining sector include rails, beams, rods, grades, pipes, and fittings, which are produced through the process of sheet metal fabrication. However, a significant amount of the equipment and tools used in crucial mining operations are primarily made of metal. Mining equipment such as draglines, trucks, loaders, and shovels can be created using these techniques.

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Advantages of Sheets Metal

Sheet metals are a fundamental building block in countless industries. These thin, flat pieces of metal, typically formed through industrial processes, offer a unique combination of strength, formability, and affordability. Sheet metal sheets come in a vast range of sizes, thicknesses, and most importantly, various metals. From common aluminium and steel to speciality materials like copper and titanium, each metal sheet offers unique properties that make it ultimate for specific applications.

Durability: Metal sheets are known for their exceptional strength and resistance to wear and tear. They can withstand significant weight, impact, and harsh environments, making them perfect for long-lasting applications.

Versatility: Metal sheets can be easily cut, bent, shaped, and joined using various techniques. This allows for intricate designs and complex parts to be manufactured, catering to a vast array of needs.

Conductivity: Certain metals, like aluminium and copper, are excellent conductors of heat and electricity. This property makes them irreplaceable in applications like heat sinks, electrical wiring, and radiators.

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Corrosion Resistance: Some metals, such as stainless steel and galvanised steel, boast superior resistance to corrosion. This makes them ideal for use in environments prone to moisture, chemicals, or salt, ensuring a longer lifespan.

Recyclability: Sheet metal sheets are one of the most recyclable materials on Earth. A significant portion of the metal used today comes from recycled sources, making it an eco-friendly choice.

Beyond these benefits, metal sheets offer several aesthetic advantages. They can be painted, polished, or left with a natural finish to achieve the desired visual effect. Additionally, some metals develop a unique patina over time, adding a touch of character and vintage charm.

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Why Choose Zeal 3D ?

Zeal 3D is dedicated to continuously delivering products and services that satisfy client’s needs as well as legal and regulatory requirements.
Zeal can seamlessly handle all of your steel metal fabrication needs by employing its cutting-edge equipment and technologies. With locations all around Australia, we can guarantee incredibly quick delivery of the highest calibre.
In order to guarantee the maximum degree of success and satisfaction, we are fully equipped with expertise, skills, resources, and an expert team of staff.
At Zeal 3D, we can assist you with any size or type of sheet metal work, from concept through engineering drawings to production.