Iljin Tool, The Republic of Korea - Komachine Supplier Profile and Product List

- A specialized manufacturer of mold components, focusing on core plastic injection mold parts such as ejector pins, sleeve pins, and core pins. The company maximizes product durability and precision through proprietary high-frequency heat treatment and plasma nitriding technologies. Established in 1977, it boasts over 40 years of experience in mold component manufacturing.A specialized manufacturer of mold components, focusing on core plastic injection mold parts such as ejector pins, sleeve pins, and core pins. The company maximizes product durability and precision through proprietary high-frequency heat treatment and plasma nitriding technologies. Established in 1977, it boasts over 40 years of experience in mold component manufacturing.
- Plastic Mold Ejector Pins: A diverse range of ejector pins including straight ejector pins, straight inch ejector pins, and two-step ejector pins. Utilizes high-quality materials like SKD-61F, SKD61(DHA1), SACM645, and SKH51, directly imported from Japan.Plastic Mold Ejector Pins: A diverse range of ejector pins including straight ejector pins, straight inch ejector pins, and two-step ejector pins. Utilizes high-quality materials like SKD-61F, SKD61(DHA1), SACM645, and SKH51, directly imported from Japan.
- Ejector Sleeves: Production of precision sleeves such as straight ejector sleeves, precision straight ejector sleeves, two-step ejector sleeves, and precision two-step ejector sleeves.Ejector Sleeves: Production of precision sleeves such as straight ejector sleeves, precision straight ejector sleeves, two-step ejector sleeves, and precision two-step ejector sleeves.
- Core Pins: Possesses manufacturing technology for core pins, a critical component in plastic molds.Core Pins: Possesses manufacturing technology for core pins, a critical component in plastic molds.
- High-Frequency Heat Treatment Technology: Proprietary technology that selectively strengthens specific areas, such as the head of the ejector pin, enhancing both toughness and wear resistance.High-Frequency Heat Treatment Technology: Proprietary technology that selectively strengthens specific areas, such as the head of the ejector pin, enhancing both toughness and wear resistance.
- Plasma Nitriding Treatment Technology: A special surface treatment that maximizes the wear and corrosion resistance of the entire pin, forming nitride and oxide layers to improve lubricity.Plasma Nitriding Treatment Technology: A special surface treatment that maximizes the wear and corrosion resistance of the entire pin, forming nitride and oxide layers to improve lubricity.
- Sub-zero Treatment and Vacuum Heat Treatment Technologies: Capabilities to stabilize material structure and maintain uniform hardness, resulting in products highly resistant to friction and wear.Sub-zero Treatment and Vacuum Heat Treatment Technologies: Capabilities to stabilize material structure and maintain uniform hardness, resulting in products highly resistant to friction and wear.
- Precision Machining Technology: In-house capabilities for all necessary processes in mold component manufacturing, including cutting, finishing, and grinding.Precision Machining Technology: In-house capabilities for all necessary processes in mold component manufacturing, including cutting, finishing, and grinding.
- Over 40 Years of Specialized Mold Component Manufacturing: Accumulated deep know-how and expertise in plastic injection mold core components since its establishment in 1977.Over 40 Years of Specialized Mold Component Manufacturing: Accumulated deep know-how and expertise in plastic injection mold core components since its establishment in 1977.
- Differentiated Heat Treatment and Surface Treatment Technologies: Proprietary technologies like high-frequency heat treatment, plasma nitriding, and sub-zero treatment, maximizing product durability and precision for a competitive edge.Differentiated Heat Treatment and Surface Treatment Technologies: Proprietary technologies like high-frequency heat treatment, plasma nitriding, and sub-zero treatment, maximizing product durability and precision for a competitive edge.
- Use of High-Quality Raw Materials: Utilizes carefully selected premium materials such as SKD-61 and SKH51, directly imported from Japan, ensuring product reliability and performance.Use of High-Quality Raw Materials: Utilizes carefully selected premium materials such as SKD-61 and SKH51, directly imported from Japan, ensuring product reliability and performance.
- Precise Tolerance Control and Stable Quality: A stringent quality control system maintaining precise tolerances and securing high trust from clients through consistent quality.Precise Tolerance Control and Stable Quality: A stringent quality control system maintaining precise tolerances and securing high trust from clients through consistent quality.
- Customized Order Production Capability: Ability to manufacture tailor-made products according to specific client requirements and mold specifications, flexibly responding to diverse industry needs.Customized Order Production Capability: Ability to manufacture tailor-made products according to specific client requirements and mold specifications, flexibly responding to diverse industry needs.
- Contribution to Client Productivity Improvement: Providing solutions that extend mold lifespan, reduce molding defect rates, and decrease overall production costs for clients through high-quality ejector pins.Contribution to Client Productivity Improvement: Providing solutions that extend mold lifespan, reduce molding defect rates, and decrease overall production costs for clients through high-quality ejector pins.
- Automotive IndustryAutomotive Industry
- Electronics IndustryElectronics Industry
- Semiconductor IndustrySemiconductor Industry
- Mold Manufacturing IndustryMold Manufacturing Industry
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- Patent application for an automatic high-frequency heat treatment device using image analysis (demonstrating continuous technological innovation)Patent application for an automatic high-frequency heat treatment device using image analysis (demonstrating continuous technological innovation)