Medical Equipments Rigid Endoscope Parts Surgical Micro Forceps Metal Parts

Powder Metal Injection Molding Processing of Medical Forceps

  • Product details

  • Product specification

  • Application

Customized Powder Metal Injection Molding Processing of Medical Forceps


Applied product: medical device pliers




Application value: flexible design, simple process, low-cost batch manufacturing, high product accuracy




Cooperative customer: Mindray


Features

Made of high quality stainless steel and durable materials from German.

Milled shaft insulation ensures durability, longer instrument life and reduced maintenance cost.

Modular Design allows easy assembley and disassembly for cleaning and maintenance

A special handle design provides great surgeon comfort and control

Various Jaw tips include scissors, graspers, babcocks, maryland dissectors, etc

Optimized working tips and handles result in unrivaled sensitivity and grasping selectivity.

One-Piece designed joint provides the highest level of safety for patient and user.

Jaws withdedicate pattern reduce trauma and eliminates unwanted forward movement


Harber dedicate to apply MIM (Metal Injection Molding) process to medical instrument for several years. We developed a series of mould to provide better and cheaper solution for laparoscopic instruments, bronchoscopy instruments, thoracoscopy instruments, and endoscopy instruments. Including graspers, dissectors, and scissors, as well as disposable biopsy forceps. We not only provide components for those instruments, also offer you complete products with best price.


Of course we provide customized service and OEM as well as ODM, we believe we can give the best serve to you based on our strong R&D team.



Key Attributes


MIM is a repeatable process for complex components made from high-temperature alloys.


MIM parts are near fully dense, which gives excellent mechanical, magnetic, corrosion and hermetic sealing properties, & allows secondary operations like plating, heat treating, & machining to be easily performed.


The shrinkage from molded parts to sintered parts is high (14-18%) but isotropic & controllable.


Complex shapes are achieved through tooling techniques used in the plastic injection molding industry. High volumes are attained through multi-cavity tooling.


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If you are interested in our products and want to know more details,please leave a message here,we will reply you as soon as we can.

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