CHUERA 376D+ Automatic Tin feeding soldering station

Key Features

• Automatic Solder Feeding with Programmable Length (0–150 mm)
  Precise control of solder delivery ensures consistent solder joints and reduced material loss.

• Wide Operating Temperature Range: 50–600°C
  Compatible with various solder tips and both leaded and lead-free solder wires.

• Digital Temperature Calibration with ±2°C Stability
  Maintains reliable thermal performance during continuous operation.

• High-Precision Stepper Motor Drive
  Solder feed speed adjustable from 2.7 mm/s to 27 mm/s, ensuring smooth and repeatable feeding.

• Automatic & Semi-Automatic Operation Modes
  Flexible configuration to match different production workflows.

• Multi-Diameter Solder Wire Support
  Compatible with 0.6 / 0.8 / 1.0 / 1.2 / 1.4 mm solder wire.

• Foot Pedal or Manual Trigger Operation (Optional)
  Enhances operator ergonomics and production efficiency.

• Automatic Solder Retraction Function
  Prevents excess solder buildup and reduces post-solder cleanup.

Technical Specifications

• Power Supply: AC 220V / 50Hz or AC 110V / 60Hz

• Maximum Power Consumption: 90W

• Temperature Range: 50–600°C

• Temperature Stability: ±2°C

• Drive System: Stepper Motor

• Solder Feed Speed: 2.7 mm/s – 27 mm/s

• Solder Feed Length: 0–150 mm

• Solder Retraction Time: 0–0.9 s (approx. 0–25 mm)

• Dimensions: 335 × 265 × 265 mm

• Net Weight: Approx. 5.02 kg

• Packaging: 4 units per carton

Optional Accessories

• Soldering Handle: LT-201

• Heating Element: VH-90

• Automatic Solder Feeder: CSD-373-1

• Manual Solder Feeder: CSD-373-2

• 200 Series Soldering Tips (multiple tip geometries available)

Typical Applications

• Industrial electronics production lines

• High-volume automatic soldering of electronic components

• PCB assembly requiring high accuracy and repeatability

• Lead-free and leaded soldering processes in controlled manufacturing environments

Why Choose CHUERA 376D+

The CHUERA 376D+ is designed for discipline, repeatability, and scale.
It replaces manual inconsistency with controlled heat, controlled solder flow, and predictable results—exactly what modern electronics manufacturing demands.