Automatic CNC spring coiling machine,CNC spring grinding machinecontinuous tempering furnace, automatic shot blasting machine automaticelectrophoresis equipment and other professional machines make producefast and efficient.
From the confirmation of drawings to the production of molding and then tothe finished product processing requires 13 self-inspection procedures,which needed the the quality inspectors of the technological link and patrolinspectors to ensure the quality of each link.
We strictly follow the scheduled production lead time and arrangethe goods within the delivery time.After-sales guarantee serviceWe have a perfect after-sales service system, if there is any qualityproblems regarding the product, pls feel free to contact us.
Dongguan Humen Terui Hardware Technology Co., Ltd. specializes in the production of various metal springs.
Our products include die springs, compression springs, extension springs, torsion springs, disc springs, gas springs, leaf springs and some die accessories.
The factory is located in the famous Humen Town, with a complete advanced production and testing line:
1 heat treatment line, 8 automatic spring coiling machines, 4 automatic CNC end spring grinders, 1 shot blasting machine, 1 large dust-free electrophoresis equipment, multiple CNC punching machines, 1 Rockwell hardness tester, pressure and tension test 3 machines and 2 fatigue testing machines.
The production department has 8 well-known domestic senior engineers and 62 skilled workers. The materials used are SWOSC-V, 55CrSi, 50CrVa, 60Si2Mn,
Sleeve ejectors are essential components for injection molding. These pins, which feature a sleeve that surrounds the ejector to provide enhanced precision and stability when ejecting molded parts, have a unique design. The sleeve serves as a guide to ensure smooth and accurate pin alignment, minimize deflection and enable consistent part ejection. This precise and steady ejection mechanism improves overall product quality in different industries.
Sleeve ejectors are used in many industries. In automotive manufacturing, they are used for interior trims and electrical connectors. These pins are used in the electronics industry to produce circuit boards, casings, and connectors. Sleeve ejectors are also used in the production of consumer goods, medical devices, packaging, and other industries. They are used in many industries, including packaging and medical device manufacturing. Their reliability makes them indispensable.
Sleeve ejectors pins are essential to achieving efficient production cycles in injection molding. These pins help to streamline molding operations by providing a stable and accurate ejection. These pins reduce the chance of a part getting stuck or being damaged during ejection. This minimizes downtime, and also the need for manual interventions. Sleeve ejectors pins allow for faster cycle times and increased productivity without compromising part quality. Sleeve ejectors pins are highly valued in the injection moulding industry because they optimize production cycles.
Sleeve ejectors pins can be customized to fit a variety of mold designs. These pins can be tailored to fit different part geometries and mold configurations. They also meet ejection needs. Sleeve ejectors can be used with simple or complex moulds. They provide reliable ejection and allow for the release of molded components. These pins are designed to meet the needs of a wide range of industries. From complex automotive components to delicate electronics, they adapt to specific industry requirements.
Sleeve ejector pins are typically made of hardened steel for durability and resistance to wear.
Sleeve ejector pins come in various sizes and configurations to accommodate different mold designs and part geometries.
Yes, sleeve ejector pins can be customized to meet specific mold and part specifications, allowing for tailored solutions.
The lifespan of sleeve ejector pins depends on factors such as usage, material, and maintenance, but they are designed for long-lasting performance.
Sleeve ejector pins provide additional support and stability during ejection, ensuring smooth and reliable part release, thus enhancing overall molding efficiency.