Racking

Manufacturing Durable Racking for Heavy Parts

Steel fabrication for heavy parts racking requires specialized equipment and abundant capacity to ensure the final product is both strong and reliable. The process begins with either saw cutting or laser cutting the steel to the required dimensions, each method chosen based on the needed precision and complexity. The steel is then formed or bent into the desired shapes, preparing it for assembly. Welding, which can be done manually or using robotic systems, joins the steel components together, creating a sturdy and cohesive structure. To protect the steel and enhance its appearance, a finish is applied using either wet painting or powder coating, both of which provide a durable and aesthetically pleasing surface. This thorough fabrication process results in heavy-duty racks that are essential for safely storing and organizing heavy parts in industrial environments.

Fabrication Capabilities for Heavy Parts Racking

• Saw Cutting
• Laser Cutting
• Forming and Bending
• Welding
• Robotic Welding
• Wet Painting
• Powder Coating

Manufacturing Racks for Multiple Uses

• Agriculture: Storing large agricultural equipment, supplies, and harvested crops.
• Industrial Manufacturing: Storing raw materials, tools, and finished products.
• Automotive: Organizing heavy automotive parts and equipment.
• Aerospace: Storing large components and assemblies used in aircraft production and maintenance.
• Construction: Holding construction materials, tools, and equipment.
• Material Handling: Organizing and moving large quantities of materials and products within various industrial environments.
• Logistics and Supply Chain: Managing inventory and large shipments.
• Food and Beverage: Organizing large quantities of products and raw materials in manufacturing and distribution centers.