PROCESS 01
CNC Gas Cutting
CNC-controlled oxy-fuel cutting for suitable steel plate applications, supporting profiles and large components according to specified dimensions.
Capital Engineering Corporation
Advanced Fabrication & Joining Solutions
Precision cutting, forming, welding and manufacturing services for engineered metal and plastic components. Our process selection considers material type, component geometry, dimensional requirements and intended application.
Fabrication Processes & Capabilities
From raw material preparation to precision forming and joining, fabrication combines suitable manufacturing technologies to produce components and assemblies for industrial and engineering applications.
01 — Cutting Technologies
PROCESS 02
Sheet Metal Laser Cutting
Computer-controlled laser cutting for accurate sheet-metal profiles, detailed contours and repeatable component production.
PROCESS 03
Sheet Metal Waterjet Cutting
High-pressure waterjet cutting, with abrasive assistance where appropriate, for complex profiles and materials requiring a low-heat cutting process.
02 — Welding & Joining
PROCESS 04
Arc Welding — Multiple Processes
Arc welding methods selected for the base material, joint design and service requirements. Processes can include SMAW, GMAW/MIG-MAG, FCAW and SAW, as appropriate.
PROCESS 05
TIG Welding
Gas tungsten arc welding for controlled, clean welds on suitable materials where joint quality and precision are important.
PROCESS 06
Laser Welding
Focused laser energy for precise joining, narrow welds and controlled heat input on compatible materials and component geometries.
PROCESS 07
Plastic Welding
Joining compatible thermoplastics using suitable techniques such as hot-gas, hot-plate or ultrasonic welding, depending on the polymer and component design.
03 — Forming & Specialized Manufacturing
PROCESS 08
CNC Rolling
Controlled rolling of sheet and plate into cylindrical or curved profiles, with settings selected for material thickness, radius and component dimensions.
PROCESS 09
CNC Bending
CNC-controlled bending for accurate angles and repeatable sheet-metal parts, including brackets, enclosures, panels and formed profiles.
PROCESS 10
Dish-End Manufacturing
Forming and finishing dished ends for suitable cylindrical vessels and industrial equipment, subject to specified geometry, material and applicable design and inspection requirements.
Engineering Applications
Fabricated components can serve industrial machinery, structural assemblies, sheet-metal products, equipment enclosures and vessel-related applications. Process selection depends on material specifications, tolerances, design requirements and applicable quality standards.
Discuss Your Fabrication Requirements
Share your drawings, material specifications or component requirements with our engineering team to discuss a suitable manufacturing approach.