ASM-HALFSHAFT,REAR,HS
Made of high-strength alloy material, produced through forging and heat treatment processes to ensure structural strength and reliability. Equipped with precision universal joints to accommodate various steering angles and achieve low-vibration power transmission. Compatible with different suspension systems and coated with anti-rust and wear-resistant layers to extend service life. Operates stably under extreme terrains such as rocky, muddy, or urban road conditions,
WELD-EPAS,MNT，BLK
Utilizing FANUC robotic welding systems with MIG, TIG, and laser welding processes, the assemblies achieve weld strength exceeding 95% of the base material. Combined with high-strength steel, they are ideal for critical vehicle structures such as body frames and chassis assemblies, delivering an integrated solution with high rigidity, reduced weight, and superior durability.
BRKT-SUPPORT,TANK,FUEL
Forged from high-strength 6061-T6 and 7075 aluminum alloys, these components achieve up to 60% weight reduction compared with traditional steel parts. The T6 solution and aging treatment optimize grain structure, significantly enhancing material strength and fatigue resistance. Widely used in lightweight automotive components, they ensure structural integrity while improving overall energy efficiency and performance.
SUPPORT-PEDAL,FOOT
Forged from high-strength 6061-T6 and 7075 aluminum alloys, these components achieve up to 60% weight reduction compared with traditional steel parts. The T6 solution and aging treatment optimize grain structure, significantly enhancing material strength and fatigue resistance. Widely used in lightweight automotive components, they ensure structural integrity while improving overall energy efficiency and performance.
BRKT-WINCHMOUNT GNRL
Forged from high-strength 6061-T6 and 7075 aluminum alloys, these components achieve up to 60% weight reduction compared with traditional steel parts. The T6 solution and aging treatment optimize grain structure, significantly enhancing material strength and fatigue resistance. Widely used in lightweight automotive components, they ensure structural integrity while improving overall energy efficiency and performance.
WELD-PEDAL,CLUTCH
Utilizing FANUC robotic welding systems with MIG, TIG, and laser welding processes, the assemblies achieve weld strength exceeding 95% of the base material. Combined with high-strength steel, they are ideal for critical vehicle structures such as body frames and chassis assemblies, delivering an integrated solution with high rigidity, reduced weight, and superior durability.
ASM-SHIFT LEVER,M6
Utilizing FANUC robotic welding systems with MIG, TIG, and laser welding processes, the assemblies achieve weld strength exceeding 95% of the base material. Combined with high-strength steel, they are ideal for critical vehicle structures such as body frames and chassis assemblies, delivering an integrated solution with high rigidity, reduced weight, and superior durability.
ASM-TSTAT CVR W/BLEED
Forged from 6061-T6 and 7075 aluminum alloys, these components achieve up to 60% weight reduction compared with steel parts. T6 solution and aging treatment refine the grain structure, enhancing strength and fatigue resistance. Ideal for lightweight structural applications, they balance mechanical integrity with improved energy efficiency and vehicle performance.
ADAPTED-OIL FILTER,CSTG
Forged from 6061-T6 and 7075 aluminum alloys, these components achieve up to 60% weight reduction compared with steel parts. T6 solution and aging treatment refine the grain structure, enhancing strength and fatigue resistance. Ideal for lightweight structural applications, they balance mechanical integrity with improved energy efficiency and vehicle performance.
