安钢
切割
标准
0
原料 | SWC | 产地/供应商 | 安钢 |
用处 | 切开 | 加工工艺 | 标准 |
库房 | 东莞 |
规格 | 0.08-0.5mm |
2、用处:用于高碳钢丝制作金刚石线据切开线的出产线
2. Usage: Production linehigh carbon steel wire manufacturing diamond wire cut line
3、设备尺度:20000×1800×1600mm
3. Equipment dimension: 20000×1800×1600mm
4、出产线径:0.10—0.40mm
4. Production diameter: 0.10-0.40mm
5、出产线速:50m/min
5.Line speed:1-20m/min
6、进线数量:单根进线
6.The number of the line: Single into the line
7、放线盘:BS200
7. Pay-off spool: BS200
8、收线盘:BS64、BS200
8. Take-up spool:BS64、BS200
9、排线办法:盘动精细排线
9.Traversing unit:Plate motion precision line
10、设备西门子模块操控,主传动选用伺服电机,全机运转平稳
10.西门子模块 control, main driving by servo motor, the machine run smoothly
11、总装机容量约为37KW
11. Total installed capacity is about 37 KW
12、首要部件循环泵均选用一用一备
12. Main components of circulating pump are two, one use another standby
工艺流程:
放线—碱洗—水洗—酸洗—水洗—上砂—水洗—固砂—固砂—水洗—烘干—收线
Process:
pay-off—caustic washing—washing— pickling —washing— overlying sand—washing
—sand consolidation —sand consolidation—washing—drying —take-up
特色:本设备为本公司自主研发的电镀金刚石切开线出产线,在国处于领先地位。整条出产线选用西门子模块操控办法,在线镭射检测线径,图画在线检测调查明晰。我公司克服了本来老的工艺埋砂法,落砂法,研发了快速电镀物理上砂的办法,该办法具有上砂快,金刚石均匀程度比埋砂、落砂更抱负,出产速度更快。
Features : This equipment is the company independent research and development, which is in the leading position in domestic.Thecompleteproduction line adopts 西门子模块 control, online laser detection diameter,image line detection observed clear.Our company overcome the old process buried sand, falling sand method,developed fast electroplating physical sand method,the method is fast on the sand, diamond uniform is more ideal than the buried sand, falling sand.
用金刚石线进行硅切片大大优于传统切开办法,首要长处如下:
a、切开速度是砂浆切开的2倍;
b、无砂浆混合,无需建造砂浆收回体系;
c、切开表面质量好;
d、无PEG和 SIC 的危险废物发生;
e、清洁高效出产.
Silicon slices with diamond wire is much better than traditional cutting methods, the main advantages are as follows:
a.The cutting speed is 2 times the mortar cutting;
b. No mortar mixed mortar recovery system without construction;
c. Cutting surface good quality;
d. No PEG and SIC hazardous waste generated;
e. Clean and efficient production.