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.