JUKI KE-2050 Official English Technical Parameters

1. Basic Machine Information

• Model: JUKI KE-2050 High Speed Chip Mounter

• Machine Type: High-speed general-purpose SMT placement machine

• Application: Mass production of consumer electronics, small circuit boards, and conventional SMT components

2. Placement Performance

• Maximum Placement Speed (Chip Component): 13,200 CPH (components per hour, optimal working condition)

• Placement Accuracy (Laser Recognition): ±0.05mm

• Placement Head Configuration: Single 4-nozzle laser placement head

• Component Recognition Mode: High-precision laser alignment system

3. Applicable Component Specifications

• Standard Component Range: 0603 (0201 inch) ~ 20mm square components, max component size 26.5×11mm

• Optional Component Support: 0402 (01005 inch) ultra-small components (with optional accessory module)

• Maximum Component Height: 6mm

• Total Component Types: Max 80 types (converted by 8mm tape feeder)

4. PCB Board Specification

• Supported PCB Sizes

￮ M Size: 330 × 250mm (standard)

￮ L Size: 410 × 360mm

￮ L-Wide Size: 510 × 360mm

• PCB Transport Direction: Left to Right / Right to Left (adjustable)

• Transport Reference Side: Front side / Rear side (optional)

• PCB Transport Height: 900mm / 950mm (optional)

5. Feeder Configuration

• Max Feeder Station Quantity: 80 stations (8mm tape feeder standard)

• Compatible Feeder Types: Tape feeder, stick feeder (optional)

6. Physical Dimension & Weight

• Machine Dimension (L×W×H): 1400 × 1393 × 1440mm (M size configuration)

• Net Weight: 1400kg

7. Power & Air Supply

• Rated Power: 3KVA

• Power Supply: Three-phase AC 200V~415V, 50/60Hz

• Air Pressure Requirement: 0.5±0.05MPa (dry clean compressed air)

8. Core Features & Advantages

• Stable laser positioning system, high consistency of mass production placement

• Compact body design, low space occupation, high cost performance

• Simple structure, low failure rate, convenient daily maintenance

• Suitable for small and medium batch production of conventional electronic products

9. Notes

• 1. The 13,200 CPH placement speed is the theoretical optimal speed, the actual production speed depends on component type, PCB layout and feeding mode

• 2. 0402 (01005) component placement function needs to be activated with official optional accessories

• 3. Different PCB size configurations do not affect the core placement accuracy and speed parameters