K&E Co., Ltd. pioneers a market for global expansion.
Our Torque Sensor parts, essential for Electric Power Steering (Driving Power Steering), are made of a nickel (MDPS-Motor Nickel) alloy, maximizing permeability through precision stamping and high-temperature hydrogen heat treatment processes.
Venturing into the automotive
sensor parts business
Total Part Model Quantity
1 R&D Center / 3 Factories in Korea
/ 1 Corporation in Vietnam
As the demand for eco-friendly hybrid automobiles (e.g. electric and hydrogen vehicles), the press component for magnetic torque sensors, the core component of the MDPS system, has been developed through the precise drawing method, which are being mass-produced under stable quality management.
We are manufacturing core parts of the magnetic torque sensor applied to the MDPS system, a type of an automobile steering mechanism, in the precise drawing method and hot hydrogen heat treatment method. Through this, we are performing an important role in satisfying high performance and eco-friendliness.
FeNi-Alloy (special alloy) material is used for precision stamping
Maximizing characteristics through high-temperature hydrogen heat treatment
Quality stability is ensured by analyzing changes due to high-temperature hydrogen heat treatment
Manufacture as a jointless integral product without using the drawing method
Torque Sensor
Stock materials needed for each product
Performed raw material import inspections for Nikel, Sus, Al, etc. (Hardness, Thickness, Width, Exterior, Drawing Test)
After registration in MES, assigning Lot numbers suitable for each product (Product distinction / identification / traceability management)
After import inspection, products are issued based on inflow date, and dispatched to the site.
The press process produces products using progressive molds and precision drawing techniques.
Using a microscope/vernier to inspect the product's appearance and basic dimensions.
Using a tool microscope or 3D measuring device to inspect important dimensions or all dimensions as per drawings.
During product production, if dimensions are out of spec or appearance defects occur, check for issues with mold parts and resolve by modifying or replacing parts.
After press production, using an ultrasonic cleaner to remove oil and various contaminants from the product.
A process to maximize product characteristics through high-temperature hydrogen heat treatment.
After high-temperature hydrogen heat treatment, a process to inspect the dimensions and characteristics of the product as required by the customer before shipping.
A process to detect defects like cracks, bending, dents, etc.
Packing each Lot in boxes according to the customer's requested packing method, ensuring safe delivery.
Shipping the product to the customer.
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