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CNC machining of large aluminum alloy cavity
Product category: aluminum alloy machining prototype
Product name: large cavity prototype
Processing method: cnc finishing
Material: aluminum alloy
Surface treatment: polishing, deburring, oxidation
Processing cycle: 3-7 seven working days
Testing standard: 3D drawings provided by the customer
Data format: STP/IGS/X.T/PRO
Product features: smooth surface, high gloss, fine workmanship, bright silver
Product category: aluminum alloy machining prototype
Product name: large cavity prototype
Processing method: cnc finishing
Material: aluminum alloy
Surface treatment: polishing, deburring, oxidation
Processing cycle: 3-7 seven working days
Testing standard: 3D drawings provided by the customer
Data format: STP/IGS/X.T/PRO
Product features: smooth surface, high gloss, fine workmanship, bright silver
Professional custom large-scale aluminum alloy cavity CNC processing factory, the company has 52 CNC equipment, including 3-axis, 4-axis, 5-axis and horizontal CNC processing equipment, processing stroke: 1500*1000*700mm. 100+ technical service team. Fast delivery in 3-7 days.
Cavity size: 82*50*24.5cm
Product features: smooth surface, polished and deburred, high gloss, fine workmanship, bright silver
Large CNC machining cavity size
Milling machining of large cavities standard
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Characteristics and main uses of aluminum profiles
Aluminum profiles are classified by use: Aluminum profiles for construction: architectural aluminum profiles mainly include aluminum profiles for doors and windows and aluminum profiles for curtain walls;
Radiator aluminum profile: mainly used for heat dissipation of various power electronic equipment, LED lighting, and computer digital products.
General industrial aluminum profile refers to:
Mainly used in industrial production and manufacturing, such as assembly line conveyor belts, hoists, glue dispensers, testing equipment, shelves, etc., electronic machinery industry and clean rooms, etc.
CNC machine tools in processing aircraft parts
When machining on a CNC machine tool, manual tool control is not required, and the degree of automation is high. The benefits are obvious.
⑴ Reduced technical requirements for operators:
A senior worker of ordinary machine tools cannot be cultivated in a short time. However, the training time for a CNC employee who does not need programming is very short (for example, a CNC lathe worker only needs one week, and he will write simple processing programs). In addition, the parts processed by CNC workers on CNC machine tools have higher precision than those processed by ordinary workers on traditional machine tools, and it takes less time.