Offline SZ-X3 Vision AOI Inspection Machine Car Charging Pad Pick And Place Equipment

  
The function of AOI testing equipment is to detect PCBA board control defective products.
After the wave soldering of the DIP plug-in: more tin, less tin, tin hole, short circuit, pin not out, etc.
After SMT furnace: missing parts, misalignment, wrong parts, polarity reverse, breakage, pollution, less tin, more tin, short circuit, virtual soldering, etc.
Equipment separation line machine and online machine.
Offline models: X1 detection patch products, X3 detection plug-in products;
Online models: X5 camera photo detection patch products, X6 camera photo detection plug-in products.

Pick and place equipment JUKI2050 Offline AOI SZ-X3 detects the charging plate

AOI function: AOI effective detection rate: over 99% (manual detection rate: about 70%);
Reduce labor: 2-4 people per production line, high detection efficiency;
Through the SPC function, process defects can be accurately counted and effectively controlled;
The stability is much higher than manual labor, and long-term use can significantly reduce the overall cost;
It can enhance the comprehensive strength of the company and effectively enhance its overall competitiveness.
 

History of YAMAHA placement machine products
1984: The YAMAHA IM (Intelligent Machinery) Division successfully develops the "placement machine" and starts selling it in Japan
1987: The YM4600S, YM6000S, and YM6000T were exhibited at NEPCON JAPAN, Japan, and the YM1000D went on sale
1988: YAMA PLACEMENT MACHINE OEM "PHILIPS" STARTS OVERSEAS SALES
1989: Visual alignment technology - YM3000V goes on sale
1990: The Hyper series - YM66S, YM84S, YM100VP - went on sale
1993: The YV112, a full-visual recognition device, went on sale
1994: The YVL80 goes on sale
1995: The YV120 goes on sale
1995: The YV112II goes on sale
1995: YV100, YVL88, YV86D, YV100D go on sale
1997: Full visual recognition devices - YV100II, YVL88II, YV64, YV112III and YV64D go on sale
1997: Cumulative production of 5,000 "Yamaha" surface mount machines
1998: Cumulative production of 2,000 "PHILIPS" surface mount machines
1999: Modular high-speed machines – YV100X, YV88X, YV100XT and HSDX – go on sale
2000: Yamaha IM acquires Tenyru, Japan, a famous chip placement machine manufacturer in Japan, and re-establishes a new company, i Pulse, Japan
2000: Modular high-speed machine - YV180X and "precision high-speed printing machine" - YVP - began sales
2001: Cumulative production of 10,000 surface mount machines
2001: Modular high-speed machines, YV100Xg, YV88Xg, YV100XTg, YV180Xg and HSDXg go on sale
2002: Modular minicomputers – THREE M "YT16" and "Lead-free precision high-speed printing machine" – YVP-Xg go on sale
2003: Hybrid Placer, SEMI and SMT hybrid placement equipment - Cube goes on sale
2004: Modular ultra-high-speed machine YG200 goes on sale
2004: Modular ultra-high-speed dispenser - YGD goes on sale 2005: "Modular high-speed machine" - YG100 goes on sale
2005: Modular AOI-YGI goes on sale
2005: The modular ultra-high-precision multifunction machine – YG88 goes on sale
2007: The modular ultra-high-speed placement machine – YG300 goes on sale
2008: The modular high-speed placement machine – YG12 goes on sale
2009: The modular high-precision multifunction machine – YG12F goes on sale
2009: The modular ultra-high-speed placement machine – YS24 & YS24X goes on sale
2012: The YSM40 high-density module placement machine is launched
2013: High-speed dispensing machine - YSD launched
2014: The YCP10 high-performance compact printing machine and the Z:LEX high-performance compact printing machine are launched
2015: The ultra-high-speed placement machine YSM40 is launched
2015: YSM20, Z.LEX officially launched
2016: The world's fastest YSM40R per unit area was released
2017: YSM10, YSM20R officially went on sale.
In 2019, YRM20 placement machine, the top performance ultra-high-speed module placement machine was put on sale.

SZ-X1/X3 Technical parameters of offline AOI optical inspection equipment

 
Tip: The missing frame of the resistor is the same detection frame as the wrong part frame, which mainly detects silk screening.