PCB Rework

In PCB assembly, rework involves correcting solder defects, realigning components, or upgrading the board with new elements. This crucial step ensures electronic devices function reliably. Indium Corporation’s rework materials are crafted to boost the efficiency and dependability of rework processes, meeting both standard and specialized assembly needs.

几根工业用针的特写,背景为绿色的模糊背景。
A circuit board with multiple small black and gold components is being treated with a brown liquid from a dropper labeled "Made in USA.

Choose the Right Rework Materials for Your Applications

 The selection of PCBA rework materials will vary based on specific requirements of the rework process, including the type of components, desired reliability, and environmental conditions. Indium Corporation provides a comprehensive range of these solder materials to cater to various rework needs.

Unmatched Reliability, Versatility, Performance, and Service

高可靠性

Indium Corporation’s rework materials, such as flux-cored wire and TACFlux® products, guarantee high-reliability soldering, meeting industry standards such as J-STD-004 and J-STD-004B.

大量选择

Our materials are compatible with common and specialty alloys in different formats, from solder paste to wire, making them suitable for a wide range of rework and repair scenarios in standard and specialized applications.

优质服务

我们的全球支持团队热切希望与客户合作,优化流程,提高产品专业知识,最终提高产量。

相关应用

印刷电路板板上的微芯片

PCB

经过验证且处于行业前沿PCB 组装材料PCB

Close-up of a circuit board with tools placing components, highlighting intricate electronic assembly.

机器人焊接

Quality flux-cored wire enhances robotic soldering performance.

Close-up of electronics circuit board with angled components and blurred background. Indium Corporation logo visible.

选择性焊接

A rising cost-effective and reliable method for…

相关市场

Rework is applied in many markets, including automotive electronics, medical devices, telecommunications, consumer electronics, and aerospace. Our rework products are designed to meet the unique requirements of each, ensuring optimal performance and reliability.