FUJI Smart Factory 2.0

FUJI Smart Factory production solutions aim to achieve autonomation by promoting labor saving and automation across the entire SMT factory floor. We strive toward improving and maintaining productivity and quality, through cutting-edge solutions that are imbued with our own automation technology, and functions that have been developed together with partner companies who are experts in their own fields.

Improving solder paste print quality

Are printing instabilities keeping your company from reaching it's true production potential? We will focus on "stability" in particular and introduce solutions that are highly effective in maintaining stable print quality in this presentation.

Improving parts placement quality

There are a lot of factors that lead to placement defects. Quality can vary greatly depending on factors such as part pickup and panel warpage. Fuji offers a variety of solutions that are highly effective in reducing the defect rate. They are all proven solutions proposed by our dedicated engineers for on-site improvement services.

Maintaining and improving quality

"We are wanting to improve quality, but are not seeing any results." "We have put measures in place, but productivity dropped." Is your production site facing any such quality-related problems? Fuji provides solutions for maintaining and improving quality without sacrificing productivity.

Preventing defective pickup and placement

To keep the productivity high, factors that cause defects must be detected and eliminated through accurate recognition of the part state in a series of processes from pickup to placement.
The following introduces checks on part states for pickup and placement.

Placing parts with high accuracy

In addition to the advancement of smaller electronic parts and more complex electronic circuit designs, growing needs for finer pitch placement is making filletless soldering more popular. A small amount of solder is applied when performing fine pitch placement using very small sized chip parts, which makes it difficult to expect such parts to be applicable for self-alignment effects. Instead, producing accurate part placement to put parts in a definitive place is required.
The following introduces positioning techniques for achieving highly accurate placement.

Controlling placement load

To be able to maintain quality when placing electronic parts that are increasingly smaller, thinner, and lighter, it is necessary to have a high level of stopping accuracy as well as low load on the parts when placing them. Low impact placement is a prerequisite for controlling the load on parts and solder.
The following introduces mechanical features of our products to deliver low impact placement and also sensing technologies for placing parts at an appropriate height while securing stable tackiness with the panel in mind.

Excluding future defects attributed to parts

Highly accurate and functional placement machines do not always result in defect free production if the part to be placed is the source of the problem. To maintain high quality, it is very important to control production so that defective parts are not used, just as it is important to ensure good pickup and placement processes.
The following introduces applications to reliably detect defective parts and incorrect parts, and eliminate their usage.

Preventing drops in machine performance

Pickup errors and contact issues may occur in association with adherence of solder paste and dust from the panels and carrier tape. To avoid any loss of production from these factors, it is necessary to keep the feeders, nozzles, and heads that are directly related to picking up and placing parts in top condition. The following introduces functions and units to cover this objective.

LED display

We will introduce placement solutions that offers high productivity and high quality required in production for LED displays that have gotten smaller with denser part placement.

SiP and package production

Fuji provides various approaches to meet requests to increase production efficiency, to support various parts and panels, to stabilize quality, and to solve the various problems in SiP and package placement.

Automotive

Safety and reliability are extremely important for automotive products. In addition, there are a wide variety of models even for the same automobile type.

Placement solutions for panels used in communication infrastructure

5G operations are now in full swing all around the world, and production of 5G base stations is proceeding at a rapid pace.
Stability and improvements in processing capability are sought from 5G base stations and servers so that large data loads can be processed without delay. The electronic panels and electronic parts used in data processing are becoming larger and heavier in order to support the high-speed processing of large volumes of data and higher performance, and the SMT process must be able to respond to these changes.
Here we will introduce placement solutions that are necessary for the production of 5G base station and server boards.

Mobile devices

Mobile devices are evolving to be smaller and more advanced. Along with the spread of mobile devices worldwide and the increase in their production volume, more efficient production of mobile devices is necessary.
Fuji is continuing to develop and provide machines, functions, and systems to satisfy customer needs in every aspect including quality, productivity, and advanced placement technology.

Consumer electronics

In line with the spread of IoT, which has led to the evolution of household electronics, the control panels for household electronics have become complicated. On the other hand, relatively large parts related to power supply and leaded parts still need to be placed. Fuji mounters support a wide variety of parts, which is one of our advantages.

Medical devices

Quality is vital for medical devices. Product reliability is cultivated in our production processes. Fuji has equipment and systems to eliminate defects and their causes to support high quality production. It is possible to efficiently produce while maintaining high quality even when producing just the required quantities of many different types of products.

Improving changeover efficiency