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High-precision gold electroforming and silver electroforming with high added value.
In electroforming, the product surface can be transferred and replicated more precisely than processed products from other methods.
Advanced MEMS technology supports everything from prototyping to mass production.
The "Precision Electroforming" technology is a method for manufacturing micro-mechanical components that are essential elements of MEMS (Micro Electro Mechanical Systems). It accurately forms high-performance plating films on finely detailed patterns created by photolithography technology. It can be combined with our original product NIPOLYN and plating, offering a wide variety of options such as trench and hole filling. 【Features】 ■ Capable of producing thick films over 200μm ■ Achieves high hardness nickel plating (＞600Hv) ■ Electroformed films with low residual stress due to low electrodeposition stress ■ Dense electroformed films without defects such as voids ■ High precision machining accuracy *For more details, please refer to the catalog or feel free to contact us.
High-precision nickel electroforming
In electroforming, the product surface can be transferred and replicated more precisely than with products made by other methods.
We provide detailed explanations about electroforming, MEMS, photolithography, and more!
This document is a glossary that includes terms such as electroforming, MEMS, aspect ratio, and others. "Electroforming" refers to the manufacturing, repair, or replication of metal products using electroplating methods. It is used for the production of replicas such as master discs for records and CDs, as well as for the manufacturing of molds and electroforming coatings. [Contents] ■ What is Electroforming? ■ What is MEMS? ■ What is stress? ■ What is aspect ratio? ■ What is photolithography? *For more details, please refer to the PDF document or feel free to contact us.
There are two types of electroforming plating: stripping type and thick coating type! It has properties of transferability, realism, and duplication.
Our company conducts stripping-type electroforming in a nickel sulfamate bath and both stripping-type and thick-type electroforming in a cyanide silver bath. There are two types of electroforming: stripping-type and thick-type. Stripping-type electroforming involves depositing metal to the required thickness on the original model through the electrolysis of the plating solution, and then separating it from the original model, resulting in an electroform that has a shape completely opposite to that of the original model, while maintaining the same dimensional accuracy. In contrast, thick-type electroforming involves directly electroplating the base metal for an extended period to deposit a thicker plating film. 【Features】 ■ Transferability ■ Realism ■ Replication *For more details, please download the PDF or feel free to contact us.
Sales of plating solutions and equipment from electroforming! We can deposit gold and silver thickly on three-dimensional objects.
Our company has been engaged in electroforming solutions, electroforming equipment, and technical guidance for many years. We have independently developed electroforming methods for pure gold and pure silver. While pure gold is not suitable for jewelry, it is possible to deposit gold and silver thickly on three-dimensional objects such as Buddhist statues, zodiac figures, and ornaments. Additionally, the pure gold electroforming solution is a proprietary bath developed by our company. We supply and sell electroforming equipment, electroforming solutions, and additives. 【Flow】 1. Metalizing 2. Electroforming plating 3. Intermediate correction 4. Final correction *For more details, please download the PDF or feel free to contact us.
Essential technology for MEMS: 'Precision Electroforming'! Our precision electroforming technology can produce a specified film thickness quickly and without defects!
Precision electroforming technology is one of the methods for manufacturing micro-mechanical components that are part of MEMS (Micro Electro Mechanical Systems). It accurately forms high-performance plating films on fine patterns created by photolithography technology. Our precision electroforming technology, unlike etching methods, can faithfully transfer high aspect ratio fine patterns in a negative shape and produce films of the specified thickness quickly and without defects. We can prototype TEG patterns of trenches and holes with L/S ratios of 50/50 to 200/600 μm, up to 4" wafer sizes. 【Main Features】 ■ Capable of producing thick films over 200 μm ■ Achieves high hardness nickel plating (＞600 Hv) ■ Electroformed films with low electrodeposition stress and minimal residual stress ■ Dense electroformed films without defects such as voids For more details, please contact us or download the catalog. E-mail: ogic@ogic.ne.jp Phone number: 096-352-4450
High-precision copper electroforming
In electroforming, the product surface can be transferred and replicated more precisely than with products processed by other methods.
This explains precision electroforming, which is active in a wide range of fields such as printer heads, automobiles, and accelerometers and mirror devices used in mobile phones.
Precision electroforming technology is one of the methods for manufacturing micro-mechanical components that are part of MEMS (Micro Electro Mechanical Systems). It accurately forms high-performance plating films on finely patterned designs created by photolithography technology. Our precision electroforming technology, unlike etching methods, can faithfully transfer high aspect ratio fine patterns in a negative shape and produce films of the specified thickness quickly and without defects. This time, we will introduce precision electroforming technology and related terminology. For more details, please contact us or download the catalog. E-mail: ogic@ogic.ne.jp Phone number: 096-352-4450
