Recently, a delegation of important Spanish clients paid a special visit to Suzhou Yishihan Electromechanical Technology Co., Ltd. (hereinafter referred to as "Yishihan") for a one-day on-site inspection and cooperation negotiations.

This article focuses on the innovative alignment machine series independently developed by Suzhou Yishihan Electromechanical Technology Co., Ltd., aiming to address the pain points of inadequate adaptability and inconsistent precision in generic alignment equipment within the manufacturing sector. Backed by ISO certifications and CNAS recognition, Yishihan leverages its strong R&D capabilities (boasting a team of 32 senior engineers) and advanced machining equipment to launch horizontal, vertical, and fully automatic alignment solutions. These machines integrate core technologies such as PLC programming and visual inspection, delivering 99.9% alignment precision and 4-10 times higher efficiency than manual operations. Highlighting customization as a core advantage, the products cater to diverse components (including micro-sized, special-shaped, and needle-shaped parts) and serve industries like hardware, 3C electronics, new energy, and medical devices.

Measurement plays an important role in all stages of mold manufacturing, from digital mapping in the early stage of mold design, to precision measurement during the processing, to finished product acceptance and later repair, precision measurement equipment ensures the quality and accuracy of the mold.

Grinding machines are key equipment for finishing the surface of parts in mold manufacturing, especially suitable for the processing of hardened workpieces. Grinding machines are mainly divided into surface grinders, universal internal and external cylindrical grinders and coordinate grinders (PG optical curve grinders).

Slow-wire Wire Cutting Processing technology is mainly used for the processing of two-dimensional and three-dimensional straight-grained surface parts, especially in the manufacturing of stamping dies.

Electrospark machining (EDM) is an ideal choice for processing complex shapes, narrow gaps, deep cavities, etc. When traditional cutting tools cannot reach complex surfaces, or when the aspect ratio is particularly high, EDM shows unique advantages.