鍟嗘(j墨)
鐢�(ch菐n)鍝�姹傝臣(g貌u)浼佹キ(y猫)璩囪▕鏈�(hu矛)灞�渚涙噳(y墨ng)
缍�(w菐ng)绔欏公鍔�鏈珯鏈嶅嫏(w霉)鐧�(f膩)甯冮噰璩�(g貌u)浼佹キ(y猫)寤虹珯鍟嗘(j墨)
鐢�(ch菐n)鍝�姹傝臣(g貌u)浼佹キ(y猫)璩囪▕鏈�(hu矛)灞�渚涙噳(y墨ng)
缍�(w菐ng)绔欏公鍔�鏈珯鏈嶅嫏(w霉)鐧�(f膩)甯冮噰璩�(g貌u)浼佹キ(y猫)寤虹珯鐧惧垎闆堕儴浠剁恫(w菐ng)渚涙眰鍟嗘(j墨)渚涙噳(y墨ng)淇℃伅鏁�(sh霉)鎺ч洐闋富杌告暩(sh霉)鎺ц粖(ch膿)搴婂叕鍙�
2025-03-25
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闆欓牠涓昏桓鏁�(sh霉)鎺ц粖(ch膿)搴婅ō(sh猫)鍌欐€ц兘Equipment performance锛�
1銆侀珮绮惧害銆侀珮閶兼€х殑闆讳富杌歌ō(sh猫)瑷�(j矛)锛屼富鍌冲嫊(d貌ng)閲囩敤鐒�(w煤)妤佃畩闋昏(di脿o)閫�,鍙(sh铆)鐝�(xi脿n)宸ヤ欢楂樹綆閫熼姂鍓�銆�
2銆佹(j墨)搴婂皫(d菐o)杌岄珮閶兼€цō(sh猫)瑷�(j矛)锛岄珮绮惧害锛岄€�(j矛n)绲﹀钩绌�(w臎n)鐒�(w煤)鐖锛屽彲瀵�(sh铆)鐝�(xi脿n)鎭掔窔(xi脿n)閫熼姂鍓娿€�
3銆侀亱(y霉n)浣滄ā寮忔墜鍕�(d貌ng)銆佸崐鑷嫊(d貌ng)鍙伕;鍙姞瑁濋€佹枡瑁濈疆锛屽(sh铆)鐝�(xi脿n)鍏ㄨ嚜鍕�(d貌ng)鐢熺敘(ch菐n),绡€(ji茅)鐪佷汉鍔涖€�
4銆佸叿鏈夌洿绶�(xi脿n)鍨�銆佹寚鏁�(sh霉)鍨嬪姞娓涢€熸帶鍒跺拰绋嬪簭闋�(y霉)璁€鍔熻兘锛岄仼鎳�(y墨ng)楂橀€熴€侀珮绮惧姞宸�銆�
5銆佹(j墨)搴婂皫(d菐o)杌岄珮閶兼€цō(sh猫)瑷�(j矛)锛岀簿搴﹂珮锛岄€�(j矛n)绲﹀钩绌�(w臎n)鐒�(w煤)鐖锛屽姞宸ラ浂浠惰〃闈㈠彲纰轰繚鑹ソ鐨勫厜娼斿害銆�
6銆佸伐浣滄柟寮忓強鎬ц兘:鎸嫊(d貌ng)鐩�(p谩n)寮忚粚閬撴(j墨)姊拌噦閫ｆ帴鑷嫊(d貌ng)涓婁笅鏂欍€佹(j墨)搴婅嚜鍕�(d貌ng)鍔犲伐銆傛敞: ( 鑷嫊(d貌ng)瑁濈疆鍙媶鍗�)
7銆佹搷浣滅郴绲�(t菕ng)椤�(l猫i)鍨�:鍙牴鎿�(j霉)瀹㈡埗(h霉)闇€瑕佺壒瀹氱郴绲�(t菕ng)銆�
8銆佷竴鍊�(g猫)鍝″伐鑳芥搷浣�8-12鑷�(t谩i)姗�(j墨)搴�銆�
1銆丄dvanced high-precision, high-rigidity electric spindle design, the maindrive adopts stepless frequency conversion speed regulation, which canrealize high and low speed milling of workpieces.
2銆乀he machine tool guide rail is designed with high rigidity, high precision,stable teed without creeping, and can realize constant linear speed milling.
3銆丮anual and semi- automatic operation modes are optional; feeding devicecan be added to realize fully automatic production and save manpower.
4銆乄ith linear and exponential acceleration/deceleration control and programpre-reading functions, it is suitable for high- -speed and high -precisionmachining.
5銆乀he machine tool guide rail is designed with high rigidity, high precision,stable feed without creeping, and the surface of the machined parts canensure a good finish,
6銆乄orking mode and pertormance: The vibrating disc orbital mechanicalarm is connected with automatic loading and unloading, and the machine isautomatically processed銆丯ote: (The automatic device is removable)
7銆丱perating system type: specific system can be based on customer needs.
8銆丱ne employee can operate 8-12 machine tools.
鎶€琛�(sh霉)鍙冩暩(sh霉)
| 涓昏鍙冩暩(sh霉) | The main parameters | 鍠綅Unit | ST-D40-40 |
| 涓昏桓鍠厓閫氬瓟 | Spindle unit through hole | mm | 蠁40 |
| 鏈€澶�閫氭鏂欑洿寰� | Maximum diameter of pass bar | mm | 蠁10/40 |
| 搴婅韩涓婃渶澶у洖杞�(zhu菐n)鐩村緫 | Maximum turning diameter of bed | mm | 400 |
| 搴婅韩绲�(ji茅)妲�(g貌u) | Bed structure | 鏂滃簥韬�30掳 | |
| 闆讳富杌�鏈€楂�杞�(zhu菐n)閫� | Motor spindle speed | r/min | 4500 |
| 姗�(j墨)搴婅ō(sh猫)瀹氳綁(zhu菐n)閫熻寖鍦� | Machine set speed range | r/min | 1-4000 |
| X杌告湁鏁堣绋� | X Axis effective stroke | mm | 750 |
| Z杌告湁鏁堣绋� | Z Axis effective stroke | mm | 300 |
| X/Z杌告痪鏌辩窔(xi脿n)鎬у皫(d菐o)杌� | X/Z axis roller linear guide | mm | 30 |
| X/Z杌稿揩绉昏ō(sh猫)瀹氶€熷害 | X/Z Axis rapid traverse setting speed | m/min | 18 |
| X/Z杌搁噸寰�(f霉)瀹氫綅绮惧害 | X/Z Axis repeat positioning accuracy | mm | 0.005 |
| X/Z杌�绲曞皪(du矛)瀹氫綅绮惧害 | X/Z Axis absolute positioning accuracy | mm | 0.005 |
| 涓昏桓鍒嗗害閲嶅京(f霉)瀹氫綅绮惧害 | Spindle index repeat positioning accuracy | 鈮�20瑙掔锛屽嵆0.006掳 | |
| 涓昏桓鍒嗗害绲曞皪(du矛)瀹氫綅绮惧害 | Absolute positioning accuracy of spindle indexing | 70瑙掔锛屽嵆0.02掳 | |
| 涓昏桓(C杌�)闆绘(j墨)(閬搁厤) | Spindle (C axis) motor (optiona) | KW | 4 |
| X/Z杌镐己鏈嶉浕姗�(j墨)(閬搁厤) | X/Z Axis servo motor (optional) | N/m | 6N.m/10N.m |
| 鏁存(j墨)閲嶉噺(閼勯惖鎴栭嫾鏉挎(j墨)搴�) | Whole machine weight (cast iron or steel plate base) | KG | 3000 |
| 闀�(zh菐ng)X瀵琗楂� | L X W X H | mm | 2400X1500X1700 |
鑱�(li谩n)绯绘垜鏅�(sh铆)锛岃珛(q菒ng)瑾�(shu艒)鏄庢槸鍦�鐧惧垎闆堕儴浠剁恫(w菐ng)涓婄湅鍒扮殑锛岃瑵璎�
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