Your Relaible Used YAMAHA YG100R SMT MACHINE SUPPLIER IN CHINA

YAMAHA YG100R is a high-speed placement CHIP, IC QFN, QFP, BGA chip
It is a high-precision placement machine that can mount electronic components of different sizes. It is a multi-functional placement equipment. Currently, YAMAHA YG100R has been discontinued. All the equipment sold on the market are second-hand equipment, which is used by some small and medium-sized enterprises. CNSMT provides cost-effective and stable performance SMT equipment

 

  • 8NOS MOUNT HEADS
  • Front&Rear Side FEEDER BASE
  • Auto Tray Option
  • Nozzle Changer Option
  • Multicamera Avaible
  • Working Condition
Substrate size: L460×W440mm (Max) ~ L50×W50mm (Min)
Substrate thickness/substrate weight: 0.4mm~3.0mm/0.65kg or less
Conveying direction/conveyor belt reference:right → left (option: left → right) / front side (option: rear side)
Placement accuracyAccuracy (μ+3σ): ±0.05mm/CHIP, ±0.05mm/QFP
When using standard componentsRepeatability (3σ): ±0.03mm/CHIP, ±0.03mm/QFP
Best placement speed0.15 seconds/CHIP
Maximum number of component types96 (Max, converted to 8mm tape)
Except with automatic pallet
Material tape reel, bulk, material rod, pallet
Components that can be mountedCHIP components, SOP/SOJ, QFP, QFN, connectors, PLCC, CSP/BGA
0402~31mm components,
Long connector (L100mm×W31mm)→31Type multi-vision camera
0603~□45mm components,
Long connector (L100mm×W45mm)→□45Type multi-vision camera
The upper allowable height of the substrate before transfer is less than 4mm, and components with a height of 15mm can be mounted.
Power SpecificationsThree-phase AC 200/208/220/240/380/400/416V ±10% 50/60Hz
Average power consumption0.72KW (host only), with dYTF: 0.90KW, with sATS: 0.96KW, using sATS+dYTF at the same time: 0.98KW
The supply air source is above 0.55Mpa and the air is clean and dry.
Overall dimensions/host weightL1,650×W1,562×H1,850mm/approx. 1,630kg

 

YAMAHA YG100RA/B, YG100 high-speed chip placement

Universal high-precision high-speed modular placement machine

Highly rigid dual-drive structure

High performance servo system

Multiple precision correction system for high-resolution digital multi-vision cameras

Multi-language display (Chinese/English/Japanese/Korean)

8 multifunctional placement heads

Automatic jet cleaning function

Automatically adjust transmission width

Automatically switch nozzles

Automatically adjust the height of the mounting surface

CNSMT provides different models of second-hand and new SMT equipment. Professional engineers will perform maintenance and correction before shipment so that the machine you receive is in working condition.

Our company provides a full range of major brands of SMT solder paste printing machines, placement machines, reflow soldering, AOI, SPI, PCB connection stations, loading and unloading machines, coating machines, dispensing machines, etc. If you have this experience If needed, please contact us.

The YAMAHA YG100R pick and place machine application scope : 1. Automotive electronics; 2. Digital electronics; 3. TV and TV manufacturing; 4. Mobile phone product manufacturing; 5. Laptop computer manufacturing; 6. Network products such as routers and set-top boxes.

1. Electronics industry: Precision patch processing is widely used in the electronics industry. Circuit boards, chips, electronic components, etc. in electronic products all require precision patch processing. Precision patch processing can achieve high-precision circuit board wiring and improve the performance and stability of electronic products.
2. Communication industry: Various electronic components and connectors in communication equipment require precision patch processing. For example, antennas, battery connectors, etc. in mobile phones require precision patch processing to ensure the stability and reliability of the device.
3. Automotive industry: Automobile manufacturing requires a large amount of precision patch processing. For example, engine control modules, body electronic systems, instrument panels, etc. all require precision patch processing. Precision patch processing can improve the performance and safety of automobiles.
4. Medical industry: Various sensors, electronic components and connectors in medical equipment require precision patch processing. For example, pacemakers, blood pressure monitors, blood glucose meters, etc. all require precision patch processing to ensure the accuracy and reliability of the equipment.
5. Aerospace industry: Various electronic components and connectors in aerospace equipment require precision patch processing. For example, navigation systems, communication systems, control systems, etc. in aircraft require precision patch processing to ensure the performance and safety of the equipment.
6. Optoelectronic industry: Various sensors, optical components and connectors in optoelectronic equipment require precision patch processing. For example, cameras, lasers, fiber optic communication equipment, etc. all require precision patch processing to improve the accuracy and stability of the equipment.
7. Machinery manufacturing industry: Various parts and connectors in machinery manufacturing require precision patch processing. For example, precision instruments, machine tools, molds, etc. all require precision patch processing to improve the accuracy and reliability of the equipment.

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