
Dispensers (dispensing systems) are used in the manufacturing processes of many products around us.
Here, we introduce recently trending dispensing applications and case studies where the introduction of Musashi Engineering's dispensers solved challenges in production sites.
We introduce solutions to solve challenges related to grease application, such as variations in application amount, application to hard-to-reach areas, and wide-area application.

Improve manual application processes with Musashi dispensers.
We realize the "ease of use," "versatility," and "low cost" required for manual dispensers. They are easy for anyone to use with simple operation and have the versatility to support various applications. Furthermore, they can be introduced at a low cost, easily realizing improvements in operational efficiency.

Introducing the benefits of precise spray application, including adoption examples in the automotive industry. Achieve increased productivity with masking-less spray application.

Automatic recording of weighing results in analysis eliminates input errors caused by manual entry by operators.
It also improves data reliability. Amidst the demand for traceability management, automatic data collection and management become possible.

Constant volume work for analytical specimens is often performed by filling volumetric flasks. In doing so, filling is often repeated many times with a pipette, which puts a strain on the hands.
Also, filling up to the graduation mark can vary depending on the operator, and differences in operator skill can lead to inconsistencies.
Automation using equipment enables large-volume filling and stable volume adjustment with an automatic stop function at the graduation mark.

Various component analyses are performed as part of material quality assurance.
When setting specimens in inspection equipment, it is necessary to mix various diluents and additives into the specimens to bring them to a state suitable for analysis. However, this dispensing work is mostly done by hand. Especially when output results on the order of ppm are required, the results fluctuate depending on the operator's specimen preparation skills.

We propose semi-automation of chemical liquid filling and cap opening/closing for screw cap tubes, conical tubes, and vials.
Realize chemical liquid filling and cap opening/closing with a single desktop robot.

Liquid metal is increasingly being adopted for CPU heat dissipation in high-performance gaming PCs.
Non-contact jet dispensing enables high-speed, stable application.

Thermal management solutions supporting new technologies such as next-generation power semiconductors, 5G, and IoT.
These require increasingly high-precision application of thermal interface materials with higher thermal conductivity.

High speed, no contact accidents with workpieces, and the ability to apply from below, the side, or at an angle.
It offers many advantages that are difficult to achieve with contact methods, leading to an increase in adoption cases.

Conformal coating to protect printed circuit boards (PCBs).
Switching from manual brush application to semi-automatic or fully automatic dispensing equipment improves quality, increases productivity, and enhances the working environment.

Even if individual workpieces have different distortions or warpage, or if workpieces are misaligned on the pallet, it is not a problem.
The dispensing machine automatically senses and performs optimal application.

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