| At home and abroad, CNC boring and milling machines are used in Siemens 840D, Japan FUNAC, French NUM and other CNC systems to achieve precise control of multi-axis linkage, such as Czech TOS VARNSDORFf floor boring and milling machine, Jinan Second Machine Tool Group Co., Ltd. XSV2720×60 5-axis linkage high-speed milling machine, Jiangsu Xingfang company's XH716/5X-SM five-axis vertical machining center, Siemens 840D five-axis linkage CNC system; BUMOTEC SA Co., Ltd. S-192F/T seven-axis The CR5116 with Y-axis vertical turning center and the CX6154 turning and milling center exhibited by Shenyang Machine Tool Co., Ltd. exhibited by the five-link composite milling center and Wuhan Heavy-duty Machine Tool Co., Ltd., and the numerical control system adopts NUM digital system (or FUNAC). FANUC CNC system technical features FANUC's 16i/18i/21i MODEL B series CNC system, ultra-small ultra-thin high-grade CNC with networking interface function, using optical cable to transmit information, using ultra-high-speed serial communication bus FSSB, and PC The establishment of large network, greatly reducing the number of connecting cables, up to 8-axis linkage control, the system can use FL-NET, PROFIBUS-DP and other fieldbus, using a wealth of software packages and network functions, you can simply construct a suitable The best system for machine tools. To commemorate FANUC's 30th anniversary, FANUC's new high-performance 30i MODEL A-type CNC system. The newly developed software can be used to control 40-axis and 24-axis linkage control, and simultaneously execute 10 different CNC programs. It is the world's largest controllable number of CNC controllers. The programmable control machining center under construction performs speeds of up to 25 ns/step (ladder programs). FANUC CNC system related patents Japan FANUC company's total number of CNC system related patents has more than 220, and the number of patents in Europe and the United States accounted for a considerable proportion, so FANUC's leading position in this field can be seen, will now be published in recent years The list is as follows: |
Patent No | patent name | Public day | Family patent | EP1267235, | Control device for driving and controlling a servomotor | 2002-12.18 | JP2003058218 | EP0915403 | NUMERICAL CONTROL UNIT | 1999-05-12 | JP10268926 | JP3023667B2, | WO9844397 | | EP0845721 | NUMERICAL CONTROLLER | 1998-6-3 | DE69727646D | DE69727646T | JP10003307 | US5986425 | WO9749012 | | EP0777167, A4, | NUMERICAL CONTROLLER | 1997-6-4 | DE69626091D | DE69626091T | JP9069004 | US5940292 | WO9700469 |
system performance | 0 system | 0i-A | 0i-B | 0i Mate -B | | 0D | 0C | A package | B package | A package | B package | Control axis number | 4 | 6 | 4 | 4 | 4 | 4 | 3 | Control the number of axes simultaneously | 4 | 4 | 4 | 4 | 4 | 4 | 3 | PMC control axis | can | 2 | can | can | can | can | can | Serial spindle number | 2 | 2 | 2 | 2 | 2 | 2 | 1 | Number of analog spindles | 1 | 1 | 1 | 1 | 1 | 1 | 1 | monitor | 9" CRT (monochrome) 8.4" LCD (color) | 9" CRT/7.2" LCD (monochrome) 8.4â€/10.4†LCD (color) | 9" CRT/7.2" LCD (monochrome) 8.4â€/10.4†LCD (color) touch screen (PC function) | 9" CRT/7.2" LCD (monochrome) | servo motor | αC/α/β | αC/α/β | Isis | Isis | Isis | Servo control FSSB | | | | Have | Have | Have | Serial spindle motor | //αp | //αp | Αi | Ii | Ii | Input/output points | 104/72 | 96/64 (1024/1024) | 96/64 (1024/1024) | (240/160) | PMC ladder diagram software | PMC/L, ML=6μs, M=2μs | SA3 (0.15μs) | SA1 (5μs) | SB7 (0.033s) | SA1 | SA1 | Ladder programming environment | Edit card, computer | Edit card, computer | Built-in, computer | Built-in, computer | Part program capacity | 320m | 640m | 320m | 640m | 320m | 640m | Rigid tapping | can | can | can | can | Servo HRV control | | | HRV1 | HRV1 | HRV3 | HRV1 | HRV1 | Advance control | | | G08 P1 | G08 P1 | G08 P1 | AI contour control | | | G05.1Q1 | G05.1Q1 | G05.1Q1 | Number of program read-ahead segments | | | 12 | 40 | 20 | 20 | MACRO actuator | | Have | Have | 512Kb | | storage card | | | Have | Have | Have | Graphic display | Have | Have | Have | Have | MANUAL GUIDE | | | Have | Have | Have | RS-232C port | 1 | 2 | 2 | 2 | 2 | 2 | 1 | DNC2 | can | can | can | can | can | can | | HSSB | | | can | can | | Ethernet | | | | can | | PROFIBUS | | | | can | | REMOTE BUFFER | | can | | | | | | Data server | | | | | can | | I/O LINK servo axis | | | 7 axis | 7 axis | 1 axis | Servo waveform display | Have | Have | Have | Have | Maintenance information screen | | | Have | Have | remote diagnosis | | | Diagnostic package + Ethernet | | Servo debug boot | | | can | can | Hardware structure | Functional unit board | Function module board | Highly integrated board (module) |
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Nylon Wire Mesh
The nylon mesh has white and black color, are widely used in all kinds of filtration and separation, such as:
1. air filter mesh in air conditioner filter
2. liquid filter mesh for milk, juice, cheese, soya bean ect.
3. flour, solid mesh for milling
4. We can deep produce it into filter bags, Filter Disc and filter strainers.
5. The microphone net
Smooth filament, immersion resistance, no material drop off.
Stable chemical and physical properties.
Nylon Wire Mesh,90 Micron Nylon Mesh,Wire Mesh Fabric Mesh,Nylon Filter Wire Mesh
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