PCB Rework Station Hot Air Reflow

DH-A2 optical PCB Rework Station Hot air Reflow with high degree of automation.

Description

1. Application

Solder, reball, desoldering different kind of chips: BGA,PGA,POP,BQFP,QFN,SOT223,PLCC,TQFP,TDFN,TSOP, PBGA,CPGA,LED chip.

2.Product Features of Infrared Automatic PCB Rework Station Hot air Reflow

3. Specification of laser positioning Automatic

power	5300W
Top heater	Hot air 1200W
Bottom heater	Hot air 1200W.Infrared 2700W
Power supply	AC220V±10% 50/60Hz
Dimension	L530W670H790 mm
Positioning	V-groove PCB support, and with an external universal fixture
Temperature control	K-type thermocouple, closed loop control, independent heating
Temperature accuracy	±2℃
PCB size	Max 450490 mm,Min 2222 mm
Workbench fine-tuning	±15mm forward/backward,±15mm right/left
BGAchip	8080-11mm
Minimum chip spacing	0.15mm
Temp Sensor	1(optional)
Net weight	70kg

4. Details of the Infrared CCD Camera Automatic

5.Why Choose Our Automatic PCB Rework Station Hot air Reflow?

6.Certificate of Optical Alignment Automatic

UL, E-MARK, CCC, FCC, CE ROHS certificates. Meanwhile, to improve and perfect the quality system,

Dinghua has passed ISO, GMP, FCCA, C-TPAT on-site audit certification.

pace bga rework station

7.Packing & Shipment of CCD Camera

8. Shipment for Split Vision

We typically ship via DHL, TNT, or FedEx. If you prefer a different shipping method, please let us know - we're happy to accommodate your request.

Related Knowledge of Automatic PCB Rework Station Hot Air Reflow

Repairing spare parts is an effective way to reduce costs, especially when it comes to imported components, which are often a key focus. Due to technological restrictions imposed by foreign manufacturers and limited access to detailed information, imported parts can become irreparable after failure or damage, resulting in significant losses.

To address this, it is essential to adopt new technologies, pursue independent innovation, and work toward breaking the monopoly of foreign technology. By mastering core technologies, we can restore the original performance of damaged equipment through repair, allowing it to operate effectively again.

It is also important to treat this effort as a team priority-establishing incentive systems, encouraging employees to participate in technical research, and providing financial and technical support where necessary.

Five Stages of Equipment Maintenance Development

The evolution of equipment maintenance systems can be categorized into five stages:

1,After-the-Fact Repair

This approach involves repairing equipment only after a failure has occurred. These repairs are unplanned and often result in extended downtime and disrupted production schedules. Because of its reactive nature, this method is considered primitive and is mostly used for small, non-essential equipment.

2,Preventive Maintenance

Introduced during World War II to address frequent equipment failures in military production, preventive maintenance focuses on regular inspection and scheduled repair based on wear and inspection results. This proactive approach reduces unexpected failures, shortens repair time, and extends equipment lifespan.

3,Production Maintenance

Introduced in 1954, production maintenance aimed to address the excessive workload caused by preventive maintenance. It emphasizes maintenance based on economic efficiency, applying different strategies depending on the importance of the equipment: critical equipment undergoes preventive maintenance, while less essential machines are repaired after failure. This optimizes resource allocation and reduces unnecessary maintenance.

4,Maintenance Prevention

Recognizing that equipment design significantly affects repairability, maintenance prevention was proposed in 1960. It focuses on identifying and eliminating potential maintenance issues during the design and manufacturing stages. This improves equipment reliability, reduces failure rates, and makes any necessary repairs faster and easier - representing a significant advancement in maintenance strategy.

5,Integrated Equipment Management

Emerging in the early 1970s, integrated equipment management-also known as Terotechnology-combines behavioral science and systems theory. First developed in the UK and later widely adopted in Europe and Japan, this approach integrates maintenance planning, equipment design, financial management, and operations into a unified system. Japan's adaptation formed the foundation of its renowned comprehensive production and maintenance system.

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