OUR CAPABILITIES
BENEFITS OF LASER WELDING
• Minimize heat affected zone
• Narrow weld seam
• Minimize welding distortion​
COPPER
PUNCH & BEND
COPPER BEND
Max Work Piece
160mm x 20mm (Copper)
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COPPER PUNCH
• Width: 15-200mm
• Thickness: 3-16mm
• Length: 30-6000mm
• Hole Diameter: 32mm
• Position Accuracy: +/- 0.1mm
• Production Accuracy: +/- 0.15mm
KK Metal has a total of 3 powdercoating line with integrated curing conveyor. They had the ability to cater for part as large as 1.5 cubic meter.
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Our system is a fully automated powder coating booth, which require very minimal human intervention that bring out highest coating quality.
MAX MACHINING CAPABILITY
• 1600mm x 800mm x 750mm​
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MAX CNC LATHE CAPABILITY
• Diameter - 200mm​
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MAX AUTO LATHE CAPABILITY
• Diameter - 20mm
CUTTING CAPABILITIES
• Mild Steel - Max 20mm
• Stainless Steel - Max 15mm
• Aluminum - Max 15mm
• Copper - Max 6mm
• Brass - Max 6mm
KK Metal had over 30 bending machines ranging from brand pioneer such as Amada & Trumpf.
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Maximum press force - 135 ton
Maximum bending length - 3100mm
Ranging from 25 ton – 500 ton of hydraulic & servo press stamping machines, KK Metal had vast experience of metal stamping for various industry, such as furniture, electronics & semiconductor. With a total number of 30 over stamping machines Japan & Taiwan, machine press or progressive stamp can be opted depending on volume required.
​CUTTING CAPABILITIES
• Mild Steel - Max 8mm
• Stainless Steel - Max 6mm
• Aluminum - Max 5mm
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APPLICATION AREA
Furniture, Retail Store Fittings,
Agricultural Machinery,
Fitness Equipment,
Machine & Device Construction.
WELDING TYPE OFFERED
• GMAW/MIG Welding
• GTAW/TIG Welding
• SMAW/ARC Welding
WELDING EXPERTS
​​Headed by supervisors with at least 2 decades of experience in welding,
KKMetal consist of a total number of 40 over experienced welders.
ROBOTIC WORLD
​​To cope with high volume, consistent demand from our clientele, KKMetal has a range of robotic arm to fill up this gap.​​
FIPFG is the abbreviation for 'Formed In Place Foam Gaskets' and describes the process whereby liquid PUR (Polyurethane) is precisely applied to a component and expands and adheres to form the desired gasket.