Infrared Desoldering Station
The Dinghua DH-G760 is a fully automatic BGA rework station designed for high-precision LED bead and BGA chip repair. As a professional BGA repair station, it features 0.01mm optical alignment, 3-zone closed-loop temperature control (±1°C), and automatic LED feeding to boost efficiency. This stable BGA chip replacement machine supports auto/manual modes, HD touch control, and wide PCB compatibility, making it ideal for LED displays, backlights, and industrial SMT rework.
Description
Product Overview
The Dinghua DH-G760 is a high-performance fully automatic BGA rework station designed for precision LED bead repair and BGA chip processing. Built for industrial SMT and electronic manufacturing lines, this BGA repair station delivers stable heating, accurate alignment, and efficient operation to solve common pain points in LED display maintenance, backlight repair, and miniaturized component rework. As a professional BGA chip replacement machine, it supports full-process automatic operation to greatly improve repair yield and productivity.
Core Functions & Features
1.High-Precision Optical Alignment System:Equipped with an HD industrial camera and HDMI digital imaging system with automatic optical zoom, the fully automatic BGA rework station achieves 0.01mm alignment accuracy. It completely eliminates misalignment and offset during LED bead mounting and BGA chip replacement, making the BGA repair station ideal for ultra-fine component processing.
2.Smart Multi-Zone Heating & Precise Temperature Control:Adopting closed-loop K-type thermocouple control with automatic temperature compensation, the BGA chip replacement machine keeps temperature accuracy within ±1°C. Three independent heating zones support separate parameter adjustment; the upper heating area uses high-temperature-resistant glass to prevent small parts from falling inside the machine, ensuring safe and durable long-term operation.
3.Automatic Feeding & Efficient Repair:The DH-G760 integrates a pneumatic feeder system for automatic LED bead feeding, supporting reel-type material placement to avoid manual bead picking. This design makes the fully automatic BGA rework station several times more efficient than traditional models. The BGA repair station also includes a material receiving tray for neat and convenient operation.
4.Flexible Operating Modes & User-Friendly Control:Featuring a large HD industrial touch screen and embedded industrial computer, the BGA chip replacement machine provides real-time temperature curve display and analysis. It supports both automatic and manual modes for flexible mass production or fine debugging. Pre-installed programs allow unskilled operators to use the fully automatic BGA rework station proficiently without specialized training.
5.Stable Motion Control & Wide CompatibilityAdopting a stepping motor control system and linear guide structure, the BGA repair station enables precise micro-adjustment and fast positioning on X, Y, and Z axes. The V-shaped PCB slot and movable universal fixture support PCB sizes from 10×10mm to 420×450mm, adapting to various LED beads, circuit boards, and BGA device repair requirements.
6.Humanized & Durable DesignThe air nozzle can be rotated 360° for easy installation and replacement. Four external temperature test ports support real-time temperature monitoring and calibration. The BGA chip replacement machine has a sturdy floor-standing structure with strong stability, suitable for long hours of continuous industrial work.
User-Centric Design & Reliability
Ergonomic & Secure Work Area: The preheating zone is protected by a robust high-temperature glass cover. This prevents accidental drop of components into the machine, ensuring safety and longevity.
Universal Fixturing System: A flexible, movable fixture secures various PCB sizes and protects delicate edge components from damage, accommodating diverse LED types and layouts.
Versatile Tooling: Equipped with multiple, rotatable alloy nozzles (360° rotation) for different component sizes, allowing quick changeover and optimal airflow direction.
Applications
This versatile BGA Workstation is not limited to LEDs. Its precise infrared heating and stable platform make it equally effective for:
Repairing LEDs on display modules (TV, monitor, commercial signage) and backlight units.
General SMD rework and prototyping.
Handling BGA and other complex package types, making it a true multi-role Infrared Rework Station for your lab or production floor.
Products Parameters
| Item | Specification |
|---|---|
| Total Power | 5200W |
| Top Heater Power | 1200W |
| Bottom Heater Power | 1200W (2nd zone) / 2400W (3rd zone) |
| Power Supply | AC220V±10% 50/60Hz |
| Dimensions | L670×W800×H1700 mm |
| Temperature Control | K-type thermocouple closed-loop control |
| Temperature Accuracy | ±1°C |
| Alignment Accuracy | 0.01mm |
| Max PCB Size | 420×450 mm |
| Min PCB Size | 10×10 mm |
| Min LED Pitch | 0.1mm |
| External Temperature Ports | 4 (expandable) |
| Machine Type | Floor-standing |
| Net Weight | 130 kg |
Products Details

Audible reminder: A distinct beep alerts the operator 5–10 seconds before the cycle finishes.This advance warning allows sufficient preparation for the next step, ensuring safe and orderly operation.
Automatic camera extension & retraction, integrated auto-feeding and automatic waste disposal.


HD Optical Alignment System: Features a high-definition display for precise component placement, effectively preventing misalignment and shifting during operation.
Four external temperature sensor ports enable real-time monitoring, delivering more accurate and stable temperature control.


Intelligent micro airflow control automatically regulates wind volume according to component dimensions, ensuring efficient rework while firmly securing tiny LEDs during soldering.
Infrared‑Laser Combined Alignment System: This integrated solution adopts laser positioning with real‑time closed‑loop feedback, delivering up to 99.9% placement accuracy.


Equipped with a smooth, high-temperature resistant glass shield, this machine not only looks clean and professional but also effectively prevents small components from falling inside, combining strong protection with a modern industrial design.
Offering both manual control for process development and fully automatic operation for batch production, this exceptional versatility **streamlines** workflows across prototyping and high-volume repair applications.












