Description
Mild Steel Rolling to Cone after CNC Cutting
Mild Steel Rolling to Cone after CNC Cutting is a precise fabrication process used by Sunlink Engineering to manipulate mild steel sheets into conical shapes after they have been accurately cut using Computer Numerical Control (CNC) techniques. This procedure is often necessary for the production of features such as custom protective covers, chutes, hoppers, funnels, and similar applications where conical metal parts are essential.
At Sunlink Engineering, Mild Steel Rolling to Cone after CNC Cutting is performed with state-of-the-art machines to guarantee precision, minimal deformation, and exceptional dimensional conformity. We accommodate various steel thicknesses and cone dimensions to meet exact project standards.
Key Applications
- Custom protective covers and shrouds
- Processing chutes and hoppers
- Discharge funnels and ductwork
- Architectural and decorative metal cones
- Industrial and Mechanical Conical Components
Material Options & Fabrication
- Mild Steel (MS) sheets
- Assorted cone sizes and profiles
- Custom angle cuts and cone dimensions
- Controlled deformation for integral cone shapes
- Welding and assembly for complete conical sections
- Surface finishes: painted or galvanised
Why Choose Sunlink Engineering
- Over 30 years of metal fabrication experience
- Proficient in cone rolling and CNC cutting techniques
- Tailored fabrication based on design drawings and specifications
- Fabrication support from Singapore & Johor (Malaysia) facilities
- Reliable quality for both structural and industrial requirements
Need custom Mild Steel Rolling to Cone after CNC Cutting services for your project or industrial need? Contact Sunlink Engineering today to discuss your cone specifications and receive a competitive quotation designed to your demands.
Sunlink Engineering Pte Ltd
Sunlink Engineering Sdn Bhd
+65 9387 5463 (Call or WhatsApp) – Singapore
+60 17 2140 411 (Call or WhatsApp) – Malaysia (JB)
More detail about SUNLINK ENGINEERING SDN BHD
Malaysia
