Silver Gray Juki KE 2070 Pick And Place Machine 80W Power Supply

Silver gray Juki Ke-2070 SMD patch outdoor 80W power supply and Street lights

Pick And Place Machine Juki Ke-2070 Production 60W power supply Power adapter

Juki Ke-2070 Pick And Place Machine High Speed Led Pcb Production Line

SMT Machine JUKI 2070 LED Pick And Place Machine Production power supply

JUKI full-automatic second-hand mounting machine KE-2070 six-head mounting machine

Company Introduction

Shenzhen Sonch(Sanzhu) Technology Co., Ltd. is a professional high-tech enterprise focusing on SMT and THT automation equipment. Founded in 2015, the company is located in Fuyong, Bao’an District, Shenzhen, adjacent to the Shenzhen World Exhibition & Convention Center. We benefit from Shenzhen’s complete electronic manufacturing industrial chain, mature international logistics and superior foreign trade policies.

We adopt a unique business model of Manufacturing + Trade + Global Service. Our business covers independent equipment R&D and production, new/used imported equipment agency sales, and full-range supporting spare parts supply. We provide one-stop turnkey solutions for electronic manufacturing factories worldwide.

Our product lineup covers the entire electronic production process, including SMT inspection equipment, soldering equipment, core placement and insertion machines, automated peripheral equipment, as well as various spare parts and consumables. We support OEM customization, non-standard equipment customization and full production line configuration.

After years of industrial accumulation, Sonch(Sanzhu) Technology has built a professional technical R&D team, standardized production system and global foreign trade service team. With stable equipment performance, strict quality control and flexible customization capabilities, we have established long-term cooperative relationships with customers and authorized distributors across Southeast Asia, South Asia, the Middle East and other global regions.

Focusing on quality and service, we are committed to providing cost-effective SMT automation equipment and reliable technical support for global electronic manufacturers, and strive to become a trusted long-term partner in the global intelligent manufacturing industry.

JUKI KE-2080 Official English Technical Parameters

1. Basic Machine Information

• Model: JUKI KE-2080 High Speed Flexible Universal Mounter

• Machine Type: Dual-head high-speed & high-precision flexible SMT placement machine

• Application: Mixed mass production of ultra-small chips, conventional components, fine-pitch IC, BGA, QFP and irregular large components, widely used in consumer electronics, automotive electronics, industrial control and large PCB products

2. Placement Performance

• Maximum Chip Placement Speed: 20,200 CPH (optimal working condition)

• Standard Production Speed (IPC9850): 16,000 CPH

• Standard IC Placement Speed: 2,400 CPH (high-resolution vision head)

• Max IC Placement Speed (With MNVC Option): 4,860 CPH

• Placement Accuracy (Laser Recognition): ±0.05mm

• Placement Accuracy (Vision Recognition): ±0.03mm (±0.04mm with MNVC module)

• Placement Head Configuration: 1 × 6-nozzle high-speed laser head + 1 × 1-nozzle high-resolution vision head

• Component Recognition Mode: High-speed laser alignment system + multi-functional high-precision vision system (support bottom, side and back lighting recognition)

3. Applicable Component Specifications

• Laser Recognition Component Range: 0402 (01005 inch) ultra-small components ~ 33.5mm square components

• Vision Recognition Component Range: 1.0×0.5mm ~ 74mm square components, max 50×150mm rectangular special-shaped components

• Maximum Component Height: 6mm (standard); 12mm (optional height extension module)

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

4. PCB Board Specification

• Official PCB Size Versions

￮ M Size: 330 × 250mm (standard version, most common)

￮ L Size: 410 × 360mm (wide board version)

￮ E Size: 510 × 460mm (extra-large board version)

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

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

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

• Track Configuration: Single-track standard, dual-track optional (market-defined R version refers to dual-track configuration, not independent model)

5. Feeder Configuration

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

• Compatible Feeder Types: Tape feeder, stick feeder, tray feeder (optional for bulk IC, BGA and QFP components)

6. Physical Dimension & Weight

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

• Net Weight: 1530kg (M/L version); 1560kg (E version)

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

• Dual-head collaborative design, integrates high-speed chip mounting and high-precision IC placement functions

• Native support for 0402 (01005) ultra-small components, no basic hardware modification required

• Multi-light-source vision system realizes stable recognition of ball grid, split and special-shaped components

• Optional MNVC multi-view camera module greatly improves IC placement efficiency and production capacity

• Three official PCB size versions (M/L/E) to meet production demands from small boards to ultra-large industrial boards

• High operational stability and compatibility, suitable for high-mix and high-volume SMT production scenarios

9. Notes

• 1. 20,200 CPH is the theoretical optimal speed; actual and IPC standard speed are affected by component type, PCB layout and feeding scheme

• 2. High-efficiency IC placement (4,860 CPH) and partial high-precision vision functions require optional MNVC module

• 3. 12mm height component placement needs official height extension optional accessory

• 4. Dual-track (R) is only a track optional configuration, not an independent official KE-2080 model version

• 5. M/L/E versions only differ in PCB processing stroke and weight, with consistent core placement speed and accuracy parameters