This laser cut metal brackets is a customized laser-cut metal bracket, designed for the fixing and load support of automotive heaters, using high-precision laser cutting and bending molding technology to ensure structural stability and load capacity. The material covers stainless steel, carbon steel, aluminum, etc., and supports a variety of surface treatments such as plating, spraying, etc., to meet the needs of corrosion resistance, high temperature resistance and other harsh working conditions. Our products are widely used in automotive parts, new energy equipment and industrial fields, providing one-stop customized service.
Our products adopt advanced laser cutting (precision ±0.1mm), CNC bending, stamping and welding technologies to realize complex geometric structure processing and adapt to different installation scenarios.
Combined with SolidWorks, Pro/E and other professional software for structural optimization and CAE analysis, to ensure that the bracket strength and lightweight balance.
High Accuracy and Consistency: The laser cutting machine ensures smooth and burr-free cuts with a repeatable positioning accuracy of ±0.05mm.
Material Diversity: Stainless steel (corrosion resistant), carbon steel (high strength), aluminum alloy (lightweight) are available to suit different environmental needs.
In-depth customization: support the processing of drawings, shaped structure design, brand LOGO engraving, flexible to match the needs of customers.
Process compatibility: support dry cutting/wet cutting process, suitable for thin-walled pipe and complex curved surface processing.
Automotive field: heater fixing bracket, new energy battery frame, vehicle equipment mounting parts.
Industrial equipment: automation robot structural parts, medical instrument support frame, photovoltaic energy storage chassis.
General scenarios: furniture load-bearing connection, building curtain wall support, electrical appliances internal fixing parts.
Stainless steel: SUS301/304: high corrosion resistance, suitable for high temperature and humid environment (e.g. engine compartment).
Carbon Steel: 65Mn: high elasticity and fatigue resistance, suitable for heavy load support structure.
Aluminum alloy: 5052/6061: lightweight design for new energy vehicle weight reduction needs.
Copper Alloy: Brass/Phosphor Bronze: Good electrical conductivity and wear resistance, suitable for electrical connection parts.