MIM Products

MIM Products

Whether you seek to economically manufacture a high-quality computer component, a small medical instrument, a firearm component, or other metal injection molding products, MIM is an ideal process.

Wearability And Smart Wearability

In recent years, wearable devices have gradually completed market cultivation, and apple, Xiaomi, Huawei and other terminal brands continue to launch corresponding products. The booming smart wearable market also brings considerable development opportunities for MIM (metal powder injection molding) process. Intelligent wearable is a kind of wearable portable computing device. In order to make users wear it comfortably all day, the design of intelligent wearable must overcome the foreign body feeling - small size, lightweight, and ergonomic shell. This means that intelligent wearable parts have the characteristics of small size, three-dimensional complex shape and special performance requirements.

Textile Embroidery

The application of MIM in industrial equipment can not be underestimated either. Various MIM tools and MIM locks used in our daily life can also be manufactured by metal injection molding machines. Its market is characterized by large-scale but scattered applications. MIM is widely used in industrial machinery, such as micro motor parts, electronic parts, sensor parts, cotton loosening machines, textile machines, sewing machines and so on.

Tools, Locks, Small Appliances

Electric tools also rely heavily on MIM China. Considering the complicated machining, high processing cost and low material utilization rate of electric hand tool accessories, many applications have been developed in recent years, such as special-shaped milling cutter, cutting tools, fasteners, micro gear, cotton losing machine/textile machine/hemming machine, printer parts, magnetic core, striker pin, drive parts, etc.

Accessories For Machinery And Equipment

The application of MIM in industrial equipment can not be underestimated either. Its market is characterized by large-scale but scattered applications. MIM is widely used in industrial machineries, such as micro motor parts, electronic parts, sensor parts, cotton loosening machines, textile machines, sewing machines and so on.

Military Police

MIM is capable of military and Police parts for use in a variety of industrial and consumer applications. Because MIM allows for high production volumes, the reduction or elimination of secondary machining, and a cost-effective price point, the technology is providing significant value for our customers.

Cell Phone

In China, smartphones and 3C products are the biggest application fields of MIM. The rapid development of the mobile phone, communication and optical fiber industry has brought huge opportunities to the MIM industry. Most domestic MIM processing enterprises mainly make smartphones, 3C products, and MIM metal injection molding parts. The parts of this industry require high precision and strong durability. The common products are: structural parts, connectors, special-shaped parts, mobile phone holder, slot, vibrator, etc.

Rotating Shaft

Since 2011, MIM, as the fifth generation metal forming technology, has been developing rapidly in mobile phone, automobile, medical, aerospace and other industries. In 2015-2018, there are countless MIM parts involved in consumer electronic phones and computers. Nowadays, the hinge parts of the hinge of the core parts in the folding screen mobile phone also join the MIM tide, which makes MIM enterprises face new challenges and opportunities. 5g mobile phone market broke out, MIM injection molding technology is expected to be very colorful we all know, the feature of folding screen mobile phone is to double the screen size without greatly increasing the size of the device. In addition to the foldable and light design, the shaft of the intermediate core component should also have the characteristics of light, flexibility, thin and reliability. The hinge axis of the folding screen requires high precision and strength, and the complexity of structure and size are all in the advantage ra

Communication

Precision parts in the field of optical fiber base station communication, such as isolator cavity, optical fiber base, base station gearbox, etc., are better processed by powder metallurgy or traditional machining? Is it better to process fiber base, isolator cavity and base station gearbox by powder metallurgy or traditional machining? Through the above comparison, we found that the precision parts in the field of optical fiber communication are more complex, MIM powder metallurgy processing is more suitable for production, and the processing efficiency is higher, the mass production cost is lower, and the use of materials is more flexible.

Medical Treatment

JLY produces a variety of medical components through the MIM process, including endoscopic instruments, surgical instruments, and dental pliers. From design to production, we can assist in the complete manufacturing process and deliver value by creating near net shape components requiring little or no secondary operations.

Metal Powder

Material properties of MIM materialsMaterialChemical CompositionGeneral designationYield StrengthTensile StrengthHeat treatmentRange of applicationRemarksDensityElongationHardnessp(gr/cm3)Rp0.2Rm﹪HV10HV10...

Convert Traditional Manufacturing to MIM

Economic Design Guidelines for MIM

Avoid thick design greater than 5 mm

Avoid long thin design

Avoid suspended design

Avoid skeleton design with extensive hollow features

As-sintered MIM is very economic but not as perfect as machined parts.