Electronic components, office automation equipment, circuit board trays, communication devices, AV equipment, conductive trays, etc., are often used for transportation.
Precision component trays are required to have various functions. These include product protection, product stabilization, strength relative to the product, product functionality, cushioning during transport, cost, orientation of molded products, and efficiency in repacking. We conduct needs assessments based on applications and provide proposals, along with presenting prototypes. Additionally, for special precision component trays, we may create molds using reverse molds and employ vacuum forming designs to enhance functional strength and precision. In such cases, the molded products may be used with the surface facing inward. For trays designed for automated robots, we create tray shapes that secure components in place according to the shape of the precision parts, while also preventing damage to terminals by avoiding overlap. Tray design is crucial not only for safely transporting products but also significantly impacts production efficiency. Our company offers a flexible manufacturing process for trays, capable of accommodating small lots, which also provides advantages in manufacturing costs.
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basic information
Shapes are supplied by automatic robots, so precision is required, and contamination with foreign substances is not allowed. They are commonly used for transportation of electronic components, office automation equipment, substrate trays, communication devices, AV equipment, conductive trays, etc. *For more details, please refer to the catalog or feel free to contact us.
Price range
Delivery Time
※The delivery time may vary depending on the number of molds and lot sizes, so please feel free to consult with us.
Applications/Examples of results
Electronic components, OA equipment, circuit board trays, communication devices, AV equipment, conductive trays, etc.
Company information
There are various molding methods for plastic molding processing, but our company's vacuum forming (vacuum molding) has lower mold costs compared to other molding methods and allows for small lots of a wide variety of products. This enables us to mass-produce plastic containers at a low cost within a quasi-cleanroom factory. Additionally, due to its high versatility, plastic containers such as conductive trays, frozen food containers, cosmetic trays, blister packs, barrier trays, clear cases, and biodegradable plastics are used in various fields.
![[Product Example] Tray for Precision Parts](https://image.mono.ipros.com/public/product/image/a58/2001145690/IPROS55243348126121573616.png?w=280&h=280)
