TECHNICAL RESOURCES
Material selection basics, evaluation methods and document guidance.
EUBO APPLICATION NOTES
Plastic gears and reduction mechanisms
Define the polymer and mating material, starting temperature, load, speed and grease dose. Compare noise together with actuation resistance, tooth condition and migration; a quieter mechanism alone does not establish suitability.
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Small sliding parts and lens-drive mechanisms
Separate sliding interfaces from optical surfaces that must remain free of coating. Define dose, drying conditions and treated finish. Published F18A, MF100 and MF400 records describe a semi-wet finish; review a fully dry requirement separately.
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Electronic-part and display-module joints
Define substrates and joint gap, access for light or heat, dispensing geometry and environmental evaluation. Confirm that the assembly process can support the proposed curing method before comparing candidates.
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PCBA or precision parts to be cleaned
Review the contaminant, compatibility with components and polymers, and cleaning/drying method for the exact grade. The fluorinated-fluid category alone does not establish flux removal or PCBA suitability; include residue and inspection in the evaluation.
Read the noteFoundations for defining conditions and planning application tests.
LUBRICATION
A practical framework for comparing temperature, load, speed, materials, noise and life.
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BONDING
Translate substrates, gap, curing equipment, takt time and strength into selection criteria.
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EVALUATION
Use published values with application conditions and acceptance criteria, not in isolation.
Read articlePRODUCT DOCUMENTS
Optional: create a one-page Japanese sheet to share with engineering or procurement. It contains the selected product and your own conditions; it is not a product certificate.
Select a product family above to preview the review sheet.
Sheet entries are used for printing. The document request form receives the product and document choices.
Share what is known about the application, component, materials, temperature, motion and process. These define the conditions for candidate screening.
Review documented test conditions against actual use, then evaluate the required performance on actual parts and equipment.
Specify the grade, use, region and required standard. Confirm scope against current grade-specific records and the responsible contact.
