Точная обработка + автоматизация — «под ключ»
Точная обработка + автоматизация — «под ключ»
Suzhou Yishihan — CNC-обработка и индивидуальная автоматизация «под ключ», ISO 9001/14001, стабильное качество для высокоточного оборудования.
Non-standard automated production line > View detail 
Non-standard automated production line > View detail 
Non-standard automated production line > View detail 
Customized high-precision processing parts for equipment in various industries Customized CNC machining parts > View detail 
Customized high-precision processing parts for equipment in various industries Customized CNC machining parts > View detail 
Customized high-precision processing parts for equipment in various industries Customized CNC machining parts > View detail 
Customized high-precision processing parts for equipment in various industries Customized CNC machining parts > View detail 
Customized high-precision processing parts for equipment in various industries Customized CNC machining parts > View detail 
Customized high-precision processing parts for equipment in various industries Customized CNC machining parts > View detail 
Customized high-precision processing parts for equipment in various industries Customized CNC machining parts > View detail 
Customized high-precision processing parts for equipment in various industries Customized CNC machining parts > View detail 
Customized high-precision processing parts for equipment in various industries Customized CNC machining parts > View detail 
Customized high-precision processing parts for equipment in various industries Customized CNC machining parts > View detail 
This product is a high-precision custom sheet metal component manufactured from high-quality cold-rolled steel, stainless steel, or aluminum alloy. It is widely used in automation equipment, industrial enclosures, electrical control cabinets, communication equipment, and mechanical structures.
This product is a high-precision custom sheet metal component manufactured from high-quality cold-rolled steel, stainless steel, or aluminum alloy. It is widely used in automation equipment, industrial enclosures, electrical control cabinets, communication equipment, and mechanical structures.
This product is a high-precision custom sheet metal component manufactured from high-quality cold-rolled steel, stainless steel, or aluminum alloy. It is widely used in automation equipment, industrial enclosures, electrical control cabinets, communication equipment, and mechanical structures.
This product is a high-precision custom sheet metal component manufactured from high-quality cold-rolled steel, stainless steel, or aluminum alloy. It is widely used in automation equipment, industrial enclosures, electrical control cabinets, communication equipment, and mechanical structures.
This product is a high-precision custom sheet metal component manufactured from high-quality cold-rolled steel, stainless steel, or aluminum alloy. It is widely used in automation equipment, industrial enclosures, electrical control cabinets, communication equipment, and mechanical structures.
This product is a high-precision custom sheet metal component manufactured from high-quality cold-rolled steel, stainless steel, or aluminum alloy. It is widely used in automation equipment, industrial enclosures, electrical control cabinets, communication equipment, and mechanical structures.
This product is a high-precision custom sheet metal component manufactured from high-quality cold-rolled steel, stainless steel, or aluminum alloy. It is widely used in automation equipment, industrial enclosures, electrical control cabinets, communication equipment, and mechanical structures.
This product is a high-precision custom sheet metal component manufactured from high-quality cold-rolled steel, stainless steel, or aluminum alloy. It is widely used in automation equipment, industrial enclosures, electrical control cabinets, communication equipment, and mechanical structures.
This product is a high-precision custom sheet metal component manufactured from high-quality cold-rolled steel, stainless steel, or aluminum alloy. It is widely used in automation equipment, industrial enclosures, electrical control cabinets, communication equipment, and mechanical structures.
The SMT reflow oven carrier board (also known as reflow soldering fixture or pallet) is a specialized tool used to support and position PCBs during the reflow soldering process. It is especially suitable for double-sided assembly, irregular-shaped boards, thin PCBs, and boards prone to deformation.
The SMT reflow oven carrier board (also known as reflow soldering fixture or pallet) is a specialized tool used to support and position PCBs during the reflow soldering process. It is especially suitable for double-sided assembly, irregular-shaped boards, thin PCBs, and boards prone to deformation.
The SMT reflow oven carrier board (also known as reflow soldering fixture or pallet) is a specialized tool used to support and position PCBs during the reflow soldering process. It is especially suitable for double-sided assembly, irregular-shaped boards, thin PCBs, and boards prone to deformation.
The SMT reflow oven carrier board (also known as reflow soldering fixture or pallet) is a specialized tool used to support and position PCBs during the reflow soldering process. It is especially suitable for double-sided assembly, irregular-shaped boards, thin PCBs, and boards prone to deformation.
The SMT reflow oven carrier board (also known as reflow soldering fixture or pallet) is a specialized tool used to support and position PCBs during the reflow soldering process. It is especially suitable for double-sided assembly, irregular-shaped boards, thin PCBs, and boards prone to deformation.
The SMT reflow oven carrier board (also known as reflow soldering fixture or pallet) is a specialized tool used to support and position PCBs during the reflow soldering process. It is especially suitable for double-sided assembly, irregular-shaped boards, thin PCBs, and boards prone to deformation.
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.
The advancement of milling technology is one of the key factors in the rapid development of the manufacturing industry. From the initial ordinary milling machine to the three-axis machining center, and then to today's five-axis high-speed milling technology, milling makes it possible to process complex three-dimensional surface parts.
Turning is mainly used to process various rotating parts. With the development of CNC technology, complex rotating shapes have become easier to achieve through programming, and CNC lathes can automatically change tools, greatly improving production efficiency.
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.
