smt production machine
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Anunciante
YAMAHA iPulse 10 SMT Pick-and-Place Machine | High-Speed Precision Placement
Placement Speed: High-speed placement mode: approx. 10,000–20,000 CPH (depending on component type)
Placement Accuracy: ±50 μm (typical)
Component Sizes: 0201 to 50×50 mm
PCB Sizes: L50×W50 mm to L300×W250 mm
Component Types: 50–80 types (depending on feeder configuration)
Power Requirements: AC 200–240V, 50/60Hz
Air Supply: 0.45–0.69 MPa (4.5–7 kgf/cm²)
Machine Dimensions: L1,200 × W900 × H1,400 mm
Weight: approx. 1,200 kg
35.000,00 €50.000,00 €YAMAHA iPulse 10 SMT Pick-and-Place Machine | High-Speed Precision Placement
35.000,00 €50.000,00 € -
Anunciante
YAMAHA YG12 SMT PNP Machine Specs | High-Speed PCB Assembly
PCB Size:
Standard: 50 × 50 mm – 510 × 460 mm
Optional extension: up to 610 mm
Placement Speed: Up to 46,000 CPH (under optimal conditions)
Placement Accuracy: ±0.035 mm (±0.025 mm) Cpk ≥ 1.0 (3σ)
Component Size Range: 03015 (W) – 55 × 100 mm (L)
Feeder Capacity: Up to 96 × 8mm feeders, 15 tray feeders (with sATS 15)
Power Requirement: Three-phase AC 200/208/220/240/380/400/416 V ±10%, 50/60 Hz
Air Pressure Requirement: ≥0.45 MPa, clean and dry
Machine Dimensions: 1,254 mm (L) × 1,440 mm (W) × 1,445 mm (H)
Machine Weight: Approx. 1,270 kg
Component Types: Suitable for 0402 – 32 × 32 mm components
Key Features: Dual-beam design, flying vision system, high adaptability, FIFO dual-channel transfer, high-precision electric feeders, compatible with SM-series pneumatic feeders
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Anunciante
YAMAHA YG200L Pick and Place Machine | High-Speed Precision SMT Equipment
Equipped with advanced vision recognition and intelligent placement algorithms, the YG200L ensures high-speed production while maintaining excellent placement accuracy. Its flexible feeder configuration, robust mechanical design, and fast changeover capability make it ideal for high-volume and high-mix SMT production. Quanzhu Electronics Co., Ltd. supplies YAMAHA YG200L machines and original spare parts with fast delivery and professional support to optimize SMT production efficiency.
