.: Suwa Top Related Articles
1). Why Does The Tool Bit Break Easily In Micro Milling?
Micro milling is one of the three common micro cutting techniques used in micro machining.
In micro milling, the tool bit with diameter as small as 0.1mm is held in a high speed spindle rotating at 20,000 to 150,000 rpm, and used to mill steel, brass and aluminum with depth of cut at about 30 microns and feed rates of 120mm/m to 240mm/m to provide surface quality finishes as good as 0.
Article tags: micro milling, micro machining, tool, micro, tool bit, milling, machining, precision, precision machining, suwa, engineering, manufacturing, japan, miniature
2). Increasing Applications of Micro Bubbles
There have been a lot of research studies on micro bubbles in recent years.
Micro bubbles are miniature gas bubbles of less than 50 microns diameter in water. The micro bubbles, which mostly contain oxygen or air, can remain suspended in the water for an extended period. Gradually, the gas within the micro bubbles dissolves into the water and the bubbles disappear.
Article tags: micro, bubbles, micro bubbles, precision, suwa, bubble, micro bubble, miniature, used, treatment, miniature precision, due, suwa precision, cancer, applications, metal, skin, japan, water, bubbles penetrate deeply
3). How To Machine Magnesium?
Magnesium has been used in manufacturing notebook computer frames, video cameras, digital cameras, PDAs and other consumer electronics products because of its high strength to weight ratio. When magnesium is alloyed with aluminum, the resultant material is very light and strong, and easily machinable.
The main concern in machining magnesium alloy is the danger of fire ignition when dry cutting.
Article tags: magnesium, machining, magnesium machining, machining magnesium, precision machining, precision, cnc machining, suwa, engineering, component, manufacturing, japan