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31～53 item / All 53 items
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3-3 Gear Shape Irregular Hole
Prototype example: gear shape with irregular hole
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3-4 S-shaped irregular holes
Prototype example: S-shaped irregular hole
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3-5 hexagonal irregular hole
Prototype Example: Hexagonal Irregular Hole
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3-6 Rectangular Irregular Hole
Prototype example: rectangular shape with irregular hole
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Challenging the Pinnacle of Technology: Case Study on Screening Adoption
Super high-reliability super micro sieve used for the classification of functional particles (to standardize particle size).
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4-1 Screening Adoption Cases
Super high-reliability super micro sieve used for the classification of functional particles (to standardize particle size).
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2-3 Sieve Hole Diameter Tolerance Specifications
Manufacturing Method and Hole Diameter Standards for Fine Screens
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3-2 Our Company's Damage Experiment
Super Micro Sieve: Proof of Strength
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3-3 Damage Experiment Video
Challenge to Perfection: Standing at the Pinnacle of Technology
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3-4 General Electric Sieve
Surface condition and strength of a typical micro sieve (electroformed sieve)
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Damage to the electric sieve 3-5
Examples of damage to general electroformed screens during ultrasonic cleaning.
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4-1 High Reliability Classification
"Standards and Classification Purposes of Particles" Determine Product Quality
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4-2 LCD panel spacer
"Example 1: Classification of spacer particles for LCD panels" Refer to the attached document.
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4-3 Fine pitch connection
"Example 2: Classification of anisotropic conductive particles for fine pitch connections" Refer to the attached document.
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5-1 Introduction to Applications of Micro-Hole Processing
Features of electroforming technology... ≪Leveraging expertise for product development≫
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5-3 Terahertz Sensor
World's highest performance proven: ≪Terahertz Sensor≫
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5-4 Terahertz Sensor Cross-Section Structure 1
High aspect ratio cross-sectional structure of the "terahertz sensor"
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5-5 Terahertz Sensor Cross-Section Structure 2
Tungsten wire structure terahertz sensor
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5-1 Original Technology 2 Wet Classification Device S-150W
Design points of the wet classification device S-150W
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5-2 FPIA Particle Size Measurement Before Classification
6-2 Pre-classification Experimental Functional Acrylic Particles ≪Confirming the Maximum Particle Size in Particle Size Distribution≫
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5-3 FPIA Particle Size Measurement After Classification
Classification results of experimental particles using the wet classification device S-150W <<Under-sieve pass products>> Sample 1
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5-4 FPIA Particle Size Measurement After Classification
Classification results of experimental particles using the wet classification device S-150W <<Above sieve on product>> Sample 1
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Ultra high precision, ultra high aperture, ultra high durability! Electroforming technology!
Features of the groundbreaking precision sieve "Super Micro Sieve"!
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