Optimizing PCB assembly: The impact of rotative multi-axis Support

In the PCB assembly process, it's undeniable that rework becomes an unavoidable constant. It can become tedious and repetitive: placing the PCB on a support, fixing a thermocouple, activating the preheater, applying flux, carrying out the rework and conducting a subsequent inspection. This process not only increases the time, but also generates thermal fluctuation that can jeopardize the component's quality due to inefficiency in maintaining a stable temperature.

After reviewing the process, we realized it was time to take a closer look at the workflow and find a better way to do things.

At JBC Soldering Tools, with more than 90 years of experience in hand soldering and rework, we challenged ourselves to optimize the rework process. That’s what led us to develop the PSS Multiaxis Rotative PCB Support, our most adaptable support to date.

Swivel your PCB horizontally and vertically

It offers 360 degrees of rotation, 180 degrees of flipping, four tilt positions, and three adjustable height levels. This versatility helps us maintain temperature stability and improves the entire rework experience. No more constant interruptions just to reposition the PCB — which means fewer temperature fluctuation and greater efficiency.

The most significant advantage of this product is its ability to ensure temperature stability, especially when used in conjunction with the preheater. This guarantees higher-quality components and extends their lifespan. Its versatility prevents constant interruptions due to PCB position changes and, consequently, constant temperature changes — achieving a continual and uniform temperature throughout the PCB during the rework process, which is crucial for component integrity.

Support that adjusts to your PCB

Our PSS Multiaxis Rotative PCB Support enables operators to work with greater precision and confidence by providing a stable and adaptable platform that facilitates access to any area of the PCB without compromising component integrity. With this combination of advanced technology, operators can execute rework more efficiently, ensure a longer life expectancy for the component, and deliver a high-quality PCB.

For us, this isn’t just another tool — it’s a step forward in optimizing the PCB assembly process and ensuring our customers get the results they expect.