LRS-3308 ROBOTIC SOLDERING

November 24, 2021

LRS-3308 Robotic Soldering System – High-Precision, High-Yield Soldering Automation

 

The JBC LRS-3308 Robotic Soldering System delivers unmatched temperature accuracy, cycle time optimization, and process efficiency, making it the ideal solution for automated, high-throughput soldering in industrial environments.

🔧 Key Features & Benefits

✅ JBC Exclusive Heating System

• Industry-leading thermal recovery: Heats to 350ºC in just 2 seconds.

• Maintains stable temperatures throughout the soldering process.

• Allows soldering at lower temperatures, reducing component damage and oxidation.

• Tip life is extended up to 5x with automatic Sleep & Hibernation modes.

✅ Automatic Tip Cleaner

• Large-capacity tank with 35° bi-directional rotation for easy robot arm access.

• Supports multiple brush types for different cleaning needs.

• Simplifies maintenance and ensures optimal tip performance.

✅ Precision Solder Feeder

• Wire length and feed speed programmable for each soldering point.

• Built-in wire detector for reliable feeding.

• Optional solder wire perforation available.

✅ Interactive Windows-Based Interface

• Easy-to-use software with unlimited program storage.

• Visual programming using high-res camera and “Click-to-Move” functionality.

• Customize each soldering point with exact coordinates and parameters.

✅ 4-Axis Flexible Robot Motion (XYZR)

• Enables precision soldering across complex geometries.

• Adapts to a wide range of applications with smooth, reliable movement.

✅ Heavy-Duty Soldering Iron Options

• Choose from 150W or 250W power ratings.

• Compatible with a wide range of cartridges.

• Robust design with quick cartridge exchange and precise tip alignment.

💡 Why Choose LRS-3308?

• Lower temperature soldering: Up to 50ºC lower than traditional systems.

• Higher yield and throughput: Reduce rework, increase productivity.

• Less maintenance downtime: With smart tip management and auto-cleaning.

• Improve product quality: More consistent joints and reduced thermal stress.