Product Overview
Metal chassis and frame assemblies are structural fabricated components used to support industrial machinery, electrical panels and equipment systems. These frames form the primary structural base for mounting mechanical or electrical components.
Fabrication processes combine CNC laser cutting, forming and welding operations to produce metal chassis structures according to engineering drawings and specified load requirements.
Manufacturing Process
Production typically begins with CNC laser cutting of metal sheets followed by bending operations to create structural components. Drilling and tapping processes allow for mounting points and component installation.
Individual components are then assembled using welding processes such as MIG welding, TIG welding or arc welding depending on the structural design.
Material Options
Chassis and frame fabrication can be carried out using Mild Steel (MS), Stainless Steel (SS 304) or Aluminium depending on structural requirements and application conditions.
Material thickness generally ranges from 1.0 mm to 25 mm depending on the required load capacity and frame configuration.
Surface Finishing
Fabricated frames may undergo surface finishing processes including powder coating, painting, galvanizing or zinc plating depending on the required finishing specification.
Surface finishing can help achieve the desired protective or appearance requirements defined in the fabrication design.
Applications
Metal chassis and frame structures are commonly used in industrial machinery, electrical panel structures, automotive frameworks and equipment mounting systems.
These frames provide structural support and mounting alignment for mechanical assemblies or electrical components.
Quality & Inspection
Dimensional tolerance of approximately ±0.2 mm is maintained according to approved fabrication drawings and production specifications.
Quality checks include dimensional inspection and structural verification to ensure fabricated frames match the approved engineering design.
FAQs
- What materials are used for metal chassis fabrication? Chassis and frame structures can be fabricated using Mild Steel (MS), Stainless Steel SS 304 or Aluminium depending on structural and application requirements.
- What thickness range can be fabricated? Material thickness generally ranges from 1.0 mm to 25 mm depending on load requirements specified in the design.
- What welding methods are used? MIG welding, TIG welding and arc welding processes may be used depending on the structural configuration of the frame.
- What industries use metal chassis frames? These frames are commonly used in industrial machines, electrical panels, automotive structures and equipment frames.
- Are surface finishing options available? Finishing options may include powder coating, painting, galvanizing and zinc plating depending on project requirements.
- How is dimensional accuracy controlled? Fabrication tolerances are maintained according to approved drawings with dimensional inspection during quality control.
- Is fabrication done based on engineering drawings? Metal chassis and frames are typically manufactured according to customer drawings or design specifications.
- How is structural quality verified? Structural and dimensional inspection is performed according to approved fabrication drawings and quality control standards.
Description provided by Perfect Precision Products Llp.
