Deep Drawing - CNstamping

February 13, 2026

Micro Deep Drawing Manufacturer-A Core Partner in Miniature Precision Metal Forming

In today’s rapidly advancing precision manufacturing towards miniaturization and integration, micro deep drawing manufacturers play a crucial role. When the core components of a product reach millimeter or even sub-millimeter dimensions, traditional drawing processes face their limits, while micro deep drawing technology becomes the only option for manufacturing miniature sealing shells, precision sleeves, and other

February 9, 2026

Precautions in the Processing of Stainless Steel Deep Drawing Parts

Stainless steel deep drawing parts, as precision components in industrial manufacturing, undergo a dual test of precise design and rigorous manufacturing during their creation process. On the production line, they undergo a series of complex and delicate processes such as cutting, stamping, and deep drawing, gradually taking shape as warriors forged through countless trials, exhibiting

February 3, 2026

What are the Technical Advantages of Heju’s Precision Deep Drawn Parts?

Precision deep drawn parts are important products in the field of metal forming. They are made by stamping metal sheets into specific shapes. Their core value lies in achieving the production of high-precision, high-strength structural components through standardized processes, meeting functional requirements in complex scenarios. Technical Principles and Core Processes The production of precision deep

September 9, 2025

Micro Drawing Stamping: The Art of Precision Manufacturing “Small Size, Big Innovation”

In the world of precision manufacturing, when part dimensions are measured in millimeters or even microns, traditional machining methods often face bottlenecks. Micro deep drawing stamping is a cutting-edge process designed to address this challenge. It uses deep drawing at a microscale to precisely process thin metal strips into micro-parts such as tubes, cups, and

July 2, 2025

Precision Deep Drawing & Deep Drawn Parts: Your Ultimate Guide to Micro-Forming Solutions

Precision Deep Drawing: Engineering Microscopic Perfection for Critical Applications In today’s world of miniaturization and performance-critical components, precision deep drawing, also known as micro deep drawing, is essential for manufacturing seamless, high-tolerance metal parts. This advanced forming technology shapes flat blanks into intricate 3D geometries, achieving wall thicknesses of less than 0.1 mm and tolerances

April 8, 2025

Deep Draw Stamping for Sensor Housings: Precision Engineering for Demanding Applications

In the world of advanced electronics and IoT, sensor housings play a pivotal role in protecting sensitive components from environmental hazards while ensuring reliable performance. As sensors evolve to operate in harsher conditions and tighter spaces, manufacturers increasingly turn to deep draw stamping for sensor components—a process that delivers unmatched precision, durability, and design flexibility.

December 10, 2024

Knowledge of Deep Drawn Metal Stamping&Formed Parts

Deep drawn metal stamping&formed parts are formed by using a die to deform metal sheets or tubes by deep drawing to make them hollow or thin-walled structures of a certain shape and size. Processing of Deep Drawn Metal Stamping and Formed Parts The processing of deep drawn metal stamping and formed parts usually includes blanking,

March 12, 2024

Some Common Drawing Forming Processing Types

Drawing forming is a highly efficient stamping processing technique that utilizes a specialized mold to convert a flat blank into a hollow part. As a key stamping process, drawing is extensively employed in various industries. Its versatile capabilities allow the drawing to produce thin-walled parts of various shapes, including cylindrical, rectangular, spherical, and other irregular forms. Use stamping

August 22, 2023

Analysis of Micro Deep Draw Stamping Technology and Process

Introduction The process of micro deep draw stampings by progressive dies is commonly used to manufacture high-precision, thin-walled parts. It loads sheet metal into a mold and applies force to form the desired shape. This process has the advantages of high efficiency, high precision, and high quality. And it is widely used in the automotive,