HYTC Co., Ltd., established in 2005, is a specialized manufacturer of secondary battery manufacturing equipment and ultra-precision mold components. Starting with precision mold technology, the company now produces core equipment parts and molds used in secondary battery electrode and assembly processes. Based on its outstanding ultra-precision machining capabilities, it supplies products to major domestic and international battery manufacturers and equipment companies, and is listed on the KOSDAQ.

"HYTC Co., Ltd. is a technology-innovative company specializing in the development and production of ultra-precision parts and molds for secondary battery manufacturing equipment. We provide customized one-stop solutions through our accumulated ultra-precision machining know-how and thorough quality management system."

Business Areas

• Manufacturing of ultra-precision parts for secondary battery equipment: We produce core consumable ultra-precision parts mounted on equipment for the electrode and assembly processes of battery manufacturing. We manufacture various equipment parts that require precision machining technology, including PX-shafts and knife units, which are slitter equipment parts. We contribute to the equipment utilization rate and productivity improvement of our downstream battery clients.
• Precision mold and parts machining: We design and manufacture ultra-precision molds such as notching dies and forming dies that form battery electrode tabs. We stably manufacture and supply molds that require high durability and precision, extending their supply life cycle. We actively utilize the precision machining technology accumulated from past production of display and electronic component molds.

Products

• PX-SHAFT and Knife Unit: These are core ultra-precision parts mounted on slitter equipment that cuts secondary battery electrode plates into uniform specifications. They are major consumable product groups that determine the slitting quality of electrode materials and the lifespan of the equipment. By securing high wear resistance and precision, they contribute to the uniformity of battery cell quality.
• Notching Die and Forming Die: These are precision press molds that form electrode tabs on anode and cathode plates during the secondary battery assembly process. Designed to minimize wear, they ensure a long life cycle and high precision. They are custom-supplied for various battery form factors such as pouch and prismatic types.
• Ultrasonic Horn and Anvil: These are core parts for ultrasonic welding used in the tab welding process during battery assembly. They perform the function of firmly bonding electrode tabs by uniformly transmitting high-frequency vibrations. By applying proprietary machining and heat treatment technologies, we have achieved localization and stable product lifespan.

Special Notes

• Micro-level ultra-precision machining and quality control: We operate advanced machining equipment that achieves precision in the micrometer (㎛) range and a 3-stage final inspection system. Through the MES production management system, we monitor the entire machining process in real-time to minimize defect rates. We satisfy strict quality standards and have secured the trust of our clients.
• Global battery manufacturer and equipment company network: Our major clients include domestic and international secondary battery manufacturers and equipment makers such as Samsung SDI, LG Energy Solution, and SK On. In addition to domestic production bases, we provide localized after-sales service and delivery support through global subsidiaries in the US, Europe, and China. We maintain continuous demand for parts supply in line with the expansion of downstream battery facilities.

Recruitment Information

• Main Hiring Positions: Mechanical/Apparatus/Mold Design, MCT/CNC Precision Machining, Production Staff, Quality Control (QC/QA)
• Benefits: Health checkups, support for family events, communication expense support, casual dress code, annual leave usage, parking fee support

💡 A Word from JOBPLOY
HYTC is a company that deals with micrometer-level ultra-precision parts and molds for secondary battery equipment. Since the ability to read detailed blueprints and use precision measuring instruments is required during machining, assembly, and quality inspection processes, it is very advantageous to thoroughly learn on-site safety rules and precision work procedures.