zvyk 925 sterling silver ring design and personalize for customers
What are the obvious advantages of laser welding in jewelry processing? Laser welding has the characteristics of high welding strength and speed, and low rejection rate. Is widely used in jewelry manufacturing, now let us take a look at the comparison with traditional welding technology.
1. Fast speed, vysoká síla, small deformation, no need for correction and cleaning after welding.
2. It is suitable for welding precision work and can ensure the quality of work.
3. High assembly accuracy is helpful for the development of new jewelry production technology.
4. Good consistency and stability, usually without filling metal and flux, the workpiece can be partially melted and welded directly.
5. It can simplify the repair work of the workpiece, such as repairing the metal near the gem and cleaning the holes in the casting, such as hinges, Háčky, fasteners, inserts, atd.
6. It does not pollute the environment. In the laser welding process, there is no need to use solder and flux, nor do you need to use chemical solvents for cleaning, so there is no waste disposal problem.
7. Metal materials can be saved. When traditional welding technology is used, the metal thickness is generally required to be 0.2mm, while using laser welding, the thickness can be reduced to 0.1mm. Proto, the weight of jewelry can be reduced by 35% na 40%, which is particularly important for electroforming products.
What are the benefits of laser welding in jewelry processing? Laser welding not only saves solder, but also eliminates the need to use different types of solder during multiple soldering. Ale protože laserový paprsek je v kontaktu se vzduchem, nevyhnutelně to bude trochu spálené do černa. Ovlivněte krásu šperků. Jak se tomu můžeme vyhnout? Při laserovém svařování je to stejné jako u surovin, vzduch musí být izolován, aby se z něj stala kladná prázdná zóna. Však, současná technologie není na této úrovni, ale můžeme snížit účinek dopadu.
1. Při laserovém zpracování, zmenšete velikost místa, aby se zmenšila oblast ovlivněná teplem.
2. Použijte inertní plyn k izolaci oxidačního plynu ve vzduchu, "foukání inertního plynu"
3. Přijměte vysoce výkonný laserový svařovací stroj, abyste zkrátili dobu kontaktu zpracovaných předmětů ve vzduchu.