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sales@professional-tools.com
Sheet Metal Fabrication Malaysia
Sheet Metal Fabrication Malaysia
Sheet metal fabrication at Professional Tools & Dies Sdn Bhd is a precision-driven process that transforms flat metal sheets / various shapes of tubes into functional components and assemblies — tailored for industries such as Semiconductor, Oil & Gas, Defense, Medical Devices Machine, and Industrial Equipment.
Sheet Metal Fabrication Capabilities
- Laser cutting for intricate profiles and clean edges
- CNC press brake bending for consistent, high-precision angles
- Manual Spot and MIG or TIG welding for structural integrity
- Tapping, riveting, and ultrasonic cleaning for complete part finishing
- Surface Finishing for final product appearance
Specialized Techniques
Fiber Laser Cutting Services
Advantages:
- No tooling costs for prototypes
- Quick Turn Around ( within hours )
- No size or shape limitations
- High precision
- Capable of cutting sheet metal or metal tubes
- Capable of cutting thick metal
Metal Structure Fabrication
Project Execution:
- Industrial machine frames
- Tables Structure Frames
- Custom sheet metal enclosures
- Metal Products Trolley Structure Frames
- Medical Devices Machines Base Plate Frames
Process Flow: 1. Laser cutting → 2. CNC bending → 3. Secondary Processes → 4. Welding → 5. Powder coating, Spray Painting, or Plating
TIG & MIG Robot Welding
Technologies:
- Manual TIG Welding
- Manual and Robot MIG Welding
- Manual and Robot Spot Welding
Industries Served
Semiconductor
Medical Devices
Industrial Machines
Oil & Gas
Project Gallery
Sheet Metal Fabrication
Frequently Asked Questions (FAQs)
Can sheet metal fabrication only produce flat parts?
Not at all. We can make flat panels to long metal tubes products.
Is laser cutting the same as sheet metal fabrication?
No, laser cutting is just one step in the broader sheet metal fabrication process.
Is welding always required in sheet metal fabrication?
Not always. Many designs rely on mechanical fasteners, riveting, or snap-fit techniques.
How accurate are fabricated parts and what tolerances should we expect?
Accuracy depends on the process used. Laser cutting can achieve tight tolerances (around ±0.1–0.25 mm), while bending and welding introduce more variation due to material behaviour and heat. Final tolerances are defined based on design requirements and manufacturing feasibility.
Are there any design limitations we should consider before fabrication?
Yes. Factors like bend radius, material thickness and hole placement near bends can affect manufacturability and final accuracy. Poor design choices can lead to deformation, cracking or misalignment, so designs are usually reviewed and optimised before production.