Sheet Metal Fabrication
Services
At Craftcloud, we specialize in all forms of sheet metal fabrication,
and through our manufacturing network, we can take on any type of project.
Trusted by leading industry professionals since 2017
Find Your Manufacturing Partner in Craftcloud
At Craftcloud, we want to be your manufacturing partner, whether for a one-time project or as a staple of your business.
Because each idea is unique, we offer a wide range of manufacturing processes, so that you can find the one that is just right for you – or so that you can find the complementary manufacturing technologies, all at Craftcloud. In addition to 3D printing, CNC machining, and casting and molding services, we offer sheet metal fabrication.
By combining cutting-edge technology and expertise, we help you produce your custom parts and products out of sheet metal, be it aluminum, stainless steel, carbon steel, galvanized steel, copper, or brass.
Our services, which range from intricate assemblies to precise cutting and bending, are designed to satisfy the demands of diverse industries. Whether you require large-scale production or small-scale prototypes, our team is capable of providing enduring solutions with great attention to detail.
What Is Sheet Metal Fabrication?
Sheet metal fabrication is a subtractive and forming process that involves cutting, bending, assembling, and post-processing metal sheets into various shapes and structures. It's a versatile technique used in many industries to create everything from small components to large machinery parts.
This method is favored for its strength, durability, and cost-effectiveness, making it an essential practice in manufacturing and construction.
The main sheet metal fabrication processes include:
- Cutting: Metal sheets are modified into specific designs using techniques like laser cutting, shearing, or waterjet cutting.
- Forming: Metal sheets are shaped through processes like bending, stretching, and pressing, allowing for the creation of complex and customized geometries.
- Joining: Separate metal pieces are securely assembled into a unified, durable structure through welding, riveting, or using adhesives.
- Finishing: The part's appearance, durability, and corrosion resistance are enhanced via surface finishing or heat treatments.
The Processes
Sheet metal manufacturing is comprised of different processes, which offer distinct advantages and cater to varied manufacturing objectives.
Cutting
Sheet metal cutting is a precise process that shapes metal sheets into specific designs using techniques like laser or plasma cutting, shearing, or waterjet cutting.
Laser cutting involves a high-powered, CNC-controlled laser beam that melts material to create intricate 2D designs. Plasma cutting uses an accelerated jet of hot plasma to cut through conductive metals. Shearing uses large blades to apply extreme pressure and "snap" metal along a straight line. Waterjet cutting is a "cold-cutting" process that uses a high-pressure stream of water mixed with abrasives to slice through metal, while preventing thermal distortion.
Forming
Sheet metal forming involves shaping metal sheets through processes like bending, stretching, and pressing, allowing for the creation of complex and customized geometries.
Bending is the most common forming method, often using CNC press brakes to deform the sheet along a straight axis. Stamping uses a press and custom dies to "stamp" a shape, texture, or pattern into the metal. Rolling passes metal through a series of rollers to reduce thickness or create cylindrical and conical shapes, while spinning rotates a metal disc on a lathe while a tool progressively shapes it against a mandrel to form axisymmetric hollow parts.
Joining
Sheet metal joining refers to techniques like welding, riveting, or using adhesives to securely assemble separate metal pieces into a unified, durable structure.
Welding uses intense heat and pressure to bond metal sections. Common methods include Metal Inert Gas (MIG), which is fast and versatile; Tungsten Inert Gas (TIG), which is precise for thin alloys; and Laser Welding, which offers high consistency with minimal thermal distortion. Mechanical fastening involves the use of rivets, screws, bolts, or industrial adhesives to connect parts.
Finishing
Final treatments enhance the part's appearance, durability, and corrosion resistance.
Surface finishing includes powder coating (adding a durable color layer), anodizing (electrochemical protection for aluminum), and bead blasting (uniform matte texture). Heat treatment refers to processes like annealing or tempering, which are used to adjust the material's hardness or internal stress after fabrication.
Sheet Metal Fabrication Offers...
- Variety of Materials
- Surface Finishes
- Durability & Scalability
- Advantages
Variety of Materials
Sheet metal fabrication uses a variety of metals, which are chosen for their strength, weight, corrosion resistance, and cost. Different materials also offer different grade options, which can further provide additional advantages.
- Aluminum: This material is very popular due to its strength-to-weight ratio and natural corrosion resistance.
- Stainless Steel: This option is chosen for its corrosion resistance and aesthetic appeal.
- Carbon Steel: This cost-effective material is valued for its strength and durability.
- Galvanized Steel: Coated with a layer of zinc, this standard mild steel has an additional protection against rust.
- Copper: This material is essential for electrical wiring and components given its excellent electrical and thermal conductivity.
- Brass: Like copper, brass is also chosen given its renown electrical and thermal conductivity.
- New Materials: The industry has begun incorporating additional versatile options, like carbon fiber reinforced plastics and recycled materials (e.g. aluminum and steel).
Surface Finishes
Whether your project is intended for a high-end consumer market or a rugged industrial environment, selecting the right finish ensures that your component meets the functional and visual demands of its end-use application.
- Powder Coating: This process applies a dry, free-flowing powder that is heat-cured to create a hard, colorful skin, offering a much more durable finish than standard paint.
- Anodizing: Used specifically for aluminum, this electrochemical process thickens the natural oxide layer to increase corrosion and wear resistance while allowing for decorative color dyes.
- Passivation: This chemical treatment removes free iron from the surface of stainless steel to enhance its natural corrosion resistance and prevent rust.
- Brushing and Polishing: These mechanical techniques use abrasive materials to create a uniform matte texture or a mirror-like, high-gloss finish on specific functional areas.
Durability & Scalability
Sheet metal manufacturing is an ideal choice for industrial applications due to its exceptional durability and precision. Parts fabricated from high-performance materials like aluminum and stainless steel provide long-lasting, heavy-duty results that are resistant to impact, heat, and chemicals.
Unlike other methods, fabrication is not restricted by a print bed, enabling the production of large-scale components with consistent quality across every unit.
While the process is versatile enough for intricate prototypes, it becomes increasingly economical for large-volume orders.
Advantages
Given the different manufacturing options, we want to help you find the best technology for your project. Sheet metal fabrication offers significant advantages.
- Large-scale housings and panels with minimal weight can be created – there is no restriction to a print bed size or to the price of CNC milling from a solid block.
- Industrial-grade impact and heat resistance are provided given the material offerings, like aluminum and steel.
- Medium-to-high volumes are more cost-effective than 3D printing, while avoiding the significant costs associated with injection molding.
- Specific material requirements, such as electrical or thermal conductivity, are more accessible than with other technologies.
Sheet Metal Fabrication or CNC Machining?
Choosing between sheet metal fabrication and CNC machining depends on the specific design and functional requirements of your part.
Sheet Metal Fabrication
This manufacturing method includes processes like laser cutting, plasma cutting, shearing, and waterjet cutting.
- Thin-walled partsIt is specifically designed to transform flat metal sheets into three-dimensional structures.
- Large, hollow modelsBecause there is no restriction to a print bed or a standard block size, larger enclosures and panels can be manufactured without the need to split and merge them.
- Material weightSheet metal is ideal for creating lightweight structures like chassis and brackets that maintain high strength.
- Material versatility for formingIt is better suited for projects requiring specific metal properties that need to be bent or folded, such as specialized industrial structures.
- High-volume flat componentsFor large-scale production of flat or folded parts, fabrication is generally faster and more cost-effective than milling each part individually.
CNC Machining
This subtractive manufacturing process can involve milling, turning, or electrical discharge machining (EDM).
- Dimensional accuracyThis process allows for much tighter tolerances, with a standard precision of around 0.125 mm.
- Solid, intricate partsMachining is the preferred choice for solid, heavy-duty components that require high structural integrity from a single piece of material.
- Surface finish qualityCNC machining can achieve high-quality surface finishes and mirror-like surfaces on specific functional areas that are difficult to reach with fabrication tools.
- Functional durabilityMachined parts from aluminum or stainless steel provide long-lasting results specifically for industrial purposes like high-impact or chemical-resistant use.
- Complex internal featuresTransitioning to CNC ensures the end-use product can have precise threads, tapped holes, and critical mating surfaces.
Why Choose Sheet Metal Fabrication
Precision Sheet Metal Cutting
At Craftcloud, we provide exceptional sheet metal cutting with the latest technology, ensuring precise and clean cuts for your projects, big or small.
Sturdy and Reliable Sheet Metal Joining
Craftcloud's sheet metal joining services include welding and riveting, ensuring strong, reliable assemblies for any project. Our team focuses on quality and durability in every join.
Professional Sheet Metal Forming
Craftcloud specializes in professional sheet metal forming, expertly bending, and pressing metal to fit your project's specifications. Our precision ensures high-quality, custom solutions for both intricate designs and functional parts.
Every Project Is Unique
That's why we're proud to offer sheet metal fabrication, CNC machining, casting and molding, and 3D printing services. We're here to guide you toward optimal outcomes, in terms of speed, cost, and quality, ensuring your vision is realized in its best possible form.
Why Craftcloud
Expertise & Experience
No matter the intricacy of your project, at Craftcloud, we are primed to assist you down to the smallest detail. Every inquiry is met with a commitment to make sure your vision is realized to its fullest potential.
Quick Turnaround
Time is money. We pride ourselves on not just the quality but the speed of our service, ensuring you meet your deadlines.
Transparent Pricing
No hidden costs. You get a competitive quote upfront, ensuring budget clarity from the start.
Dedicated Support & Success Team
Our commitment doesn’t end post-production. We're with you every step of the way, ensuring your experience is smooth and satisfying.
Let Us Help You Make Your Project a Reality
Reach out to our sales team today for a personalized sheet metal fabrication quote. We provide full transparency and support in getting you the best offer from our manufacturing partners.
Explore Our Other Manufacturing Services
3D Printing Services
We provide advanced 3D printing services, turning your designs into high-quality prototypes and products. From plastics to metals, we offer it all.
CNC Machining Services
Craftcloud delivers precision CNC machining services for both intricate prototypes and large-scale production, backed by our global manufacturing network.
Casting & Molding Services
At Craftcloud, we excel in advanced casting and molding services, including vacuum casting and injection molding, delivering precision and quality for all project sizes.
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