Comprehensive In-House Fabrication Expertise
Flexible Production for Prototypes and Production Runs
Precision and Quality with Advanced Equipment
Sheet metal fabrication is a manufacturing process that transforms flat metal sheets into functional parts and assemblies. At Fathom, this begins by cutting metal to precise shapes using tools such as laser or water-jet cutters. The material is then bent or formed according to engineering specifications so it takes on the structure of the final component.
Once shaped, the parts may go through additional fabrication steps like punching holes, adding complex bends, or joining pieces through welding or riveting. Finishing processes such as deburring, coating, or painting are often applied to improve durability, appearance, or readiness for assembly.
Fathom’s sheet metal fabrication services support both prototypes and full production runs. By combining design support, precision manufacturing, and finishing capabilities, Fathom helps customers create custom metal components for industries including aerospace, automotive, defense, and medical.
Sheet metal fabrication allows for highly customizable parts that can be precisely shaped to unique design specifications, making it ideal for tailored components across various industries.
The use of computer-controlled cutting and forming technologies ensures excellent accuracy and consistency of parts, reducing the need for extensive secondary work.
Because the process can be scaled from prototypes to production runs without extensive retooling, it offers flexibility for both low and medium volume manufacturing.
Shorter lead times are typically achievable compared to some other manufacturing approaches due to fewer individual processing steps required to take a part from flat sheet to finished form.
Multiple finishing options such as painting, anodizing, or coating can be applied to sheet metal parts to enhance corrosion resistance, durability, and aesthetic appeal.
The relatively lower cost of sheet metal fabrication compared to more complex machining processes makes it a cost-effective solution for many applications requiring both precision and strength.
Many sheet metal fabrication projects need additional finishing operations like deburring, coating, or painting, which can add to production time and overall costs.
Design constraints such as uniform thickness requirements and limitations on bend radius or hole placement can restrict how complex a part can be made without complex tooling.
Certain fabrication techniques and machinery require specialized tooling and expertise, which can increase upfront investment and make small-batch runs less economical.
Partner with Experts Who Get It Right the First Time
Every project is reviewed by a seasoned manufacturing engineer to optimize part design, material selection, and tooling strategy — ensuring smarter decisions before steel is cut and production begins.
Aerospace Components
Sheet metal fabrication produces lightweight, strong parts like structural elements and housings that meet the strict precision and performance needs of aerospace applications.
Automotive Parts
Automakers rely on fabricated sheet metal for critical components such as brackets, panels, and structural supports that must withstand rigorous safety and durability standards.
Defense Equipment
The defense industry uses sheet metal parts in weapons systems, vehicles, and related equipment where high precision and compliance with stringent manufacturing requirements are essential.
Electronics Enclosures
Sheet metal fabrication is used to make protective enclosures, frames, and mounting hardware for electronic systems that demand fine tolerances and reliable shielding.
Industrial Machinery Parts
Fabricated metal components support heavy machinery and industrial equipment by providing durable, custom-shaped parts that fit complex machine assemblies.
Medical and Life Sciences Devices
Medical device manufacturers use sheet metal fabrication to create clean, precise parts for instruments, housings, and equipment that must meet strict quality and hygiene standards.
Injection Molding Done with Expertise — Not Just Automation
Fast quoting is just the beginning. At Fathom, you get real engineering insight, proactive DFM guidance, and a streamlined path from prototype to full production — all backed by hands-on manufacturing experience.
It’s a process that takes flat metal sheets and transforms them into shaped parts or assemblies by cutting, bending, forming, and finishing.
Yes – we work on early prototype iterations as well as larger scale production runs of sheet metal components.
Fathom provides engineering support to help optimize your part designs so they’re easier and more cost-effective to fabricate.
We use precision methods like laser cutting and water jet cutting to shape blanks and add features based on CAD designs.
Working with a single partner streamlines scheduling, reduces communication errors, and helps control costs across cutting, forming, finishing, and assembly.
Yes. After the core fabrication, parts can be deburred and finished with surface treatments like painting or anodizing.
Our expertise and broad range of tooling allow us to fabricate both simple and intricate parts to tight tolerances.
Yes, we serve markets including aerospace, automotive, medical, electronics, and industrial sectors with custom sheet metal parts.
Partner with Experts Who Get It Right the First Time
Every project is reviewed by a seasoned manufacturing engineer to optimize part design, material selection, and tooling strategy — ensuring smarter decisions before steel is cut and production begins.
