The Manufacturer

Custom Metal Stamping for Metal Stamping Parts

Ming Chiang Precision employs several production methods, including Four-slide and multi-slide stampings, progressive die stamping, and deep drawing to make metal stamping parts or metal accessories. Our methods are fast, reliable, and multi-functional, producing lightweight parts that deliver great part performance. Ming Chiang Precision also has the ability to produce Threaded, countersunk, numbered, or embossed features on all stamped parts. We engineer all our dies and tools in-house using state-of-the-art EDM and CNC machines. This allows us to maintain high quality and high precision metal stamping parts for worldwide customers.

 

Ming Chiang Precision also offers secondary services such as plating, heat-treating, powder coating, and stress relieving depending on customer requirements. Auto, soldier, reel-to-reel, tape and reel, and bulk packaging are available. As with everything we do at Ming Chiang, quality control and quality enhancement are crucial parts of our custom metal stamping processes.

Female Header: Useful Connector for Building Circuit Boards

The break away female header features single row of 40 pins that is superbly used in conjunction with male header pins or standalone. The connector is useful for plugging   together components on circuit boards; in other words, it can be widely utilized for PCB applications. For more specifications, breakaway pins can be cut to the proper pin length with regular wire cutters.

 

This single row of 40 breakaway female header pins can be used in conjunction with the breakaway male header pins. (As the same row of 40) We have standard pitch spacing, 0.01"(2.54mm) between pins that are suitable for a variety of board thickness. Although our female header has the similar configuration as other female header in the market, our header is robust and unbreakable for building your own circuit boards without losing a pin when cutting them.  

Detailed Features of Ejector Header

The common connectors for cable-to-board or cable-to-cable connection include male header, female header, ejector header, ribbon cable assembly, IDC connector, box header, latch header and so on. Among of the male header, the ejector header has a variety of specifications and characteristics. Below are more detailed introduction and features of ejector header.   

 

The ejector header has several advantages for more efficient connection. For example, the ejector headers are available in ultra-high-temperature, glass-filled polyamide, capable of withstanding temperatures of 260°C for three minutes while undergoing SMT reflow soldering. This eliminates the need for a separate header wave soldering operation if SMT is being employed in the board manufacturing process.

 

IDC Connector Makes Connecting Ribbon Cable Easier

The IDC type connectors are designed for ribbon cable IDC termination. Connecting wires are grouped, so the kind of connector is useful for labor-saving in connection work and enhancing wiring reliability. Being compatible with 1.27-mm (standard) ribbon cables, the 1.27mm IDC connectors are general-purpose, high-performance connectors that are capable of being interconnecting with connectors for other types of ribbon cables.

The ideal features of IDC type connectors are the design of fixing cable securely by fixing the ribbon cable camp with a metal plate in the connector. The choices of connectors can be both chassis and panel mounted on the front or back. Also, the cable IDC pitch is 1.27mm (standard) for ease of connecting standard ribbon cables. To make electronic connection efficient and accurate, the IDC connector can meet the demand. 

Main Purpose of Axial Flow Fan

Inline axial flow fan is a kind of ventilator that its motor has been taken out of the airstream which allows the fan to operate at higher temperatures. They are suitable for medium to high volume applications with low pressure development. Furthermore, the axial flow fan is designed to remove hot air, smoke and exhaust gases generated in enclosed interiors during fire.

The fans may be used in comfort and industrial ventilation system as exhaust and venting fans. Used in the special application, the fans can enable evacuation of people from the affected area, make it easier to efficiently tackle the fire, and protect the building structure and its fittings against high temperature, as well as prevent the fire from spreading to the neighboring fire compartments.

Electrical Contacts Alloy for Machine and Tool

The electrical contacts alloy include weak electrical switches for turning ON and OFF at low voltage and small current and strong electrical switches for breaking a circuit at ultrahigh voltage and large current. Furthermore, they include those used under various conditions such as in air, oil, various gases, and vacuum. We are producing many kinds of EM products according to the applications of various switches. 

Other machining operations are available to manufacture metal parts and electrical contacts alloy in moderate volume for many applications. What’s more, all machined contact assemblies are carefully inspected and cleaned to eliminate the need for additional processing at your facility. These electrical contacts alloy are ideal for higher temperature applications such as electrical appliance thermostats, motor protectors and other applications.

Electrical Contacts Rivet for Several Electrical Appliances

The electrical contacts rivet can be widely applied in everywhere need the electronic or electrical flow transforming. To serve a wide range of industries, each with distinct requirements and capabilities for all cold formed parts and cold headed fasteners. There are different kinds of materials used to be made for electrical contacts rivet. Among of all the common materials is pure silver.

Pure silver has a high level of electrical and thermal conductivity, good plasticity and arc corrosion resistance, as well as a very low contact resistance. It is easily soldered and is the ideal contactor material for continuous, enclosed electric connectors. It is one of the most widely used materials in small capacity and low voltage electrical appliances, such as automatic control switches, thermostats, baking machines, oven, timers, thermal relays, and computers. 

Prototype Stamping Supply

Ming Chiang Precision is your source to get you started when you are beginning your stamping design process. We can assist with your design by providing you with a prototype stamping to prove you stamping and die design is correct.

Prototyping your design also helps us in the development process. When prototype stampings are provided, most of the engineering process has been completed and can easily be transferred to the next step, providing short-run metal stampings and on into progressive die stamping for your long term requirements.

Here at Ming Chiang progressive die and stamping, we can assist you with other rapid prototyping services also. We have partner companies with a variety of services to provide you with a prototype stamping in a timely manner.

Metal Stamping Manufacturer

With one of the most advanced metal fabrication shops in the industry, Ming Jiang Precision has the manufacturing capabilities to produce nearly any metal stamping parts you may need. We have presses running up to 1,700 tons, multiple flat-laser and 5-axis laser systems, and an in-house tool room staffed with dedicated toolmakers to build and maintain all required tooling.

In order to best serve our custom needs, we have become the metal stamping parts manufacturer that companies turn to for precision metal parts as well as secondary forming and finishing services. Stamping, deep drawing, comprehensive fabrication services, and more are available to meet the unique needs of our customers. We also offer design assistance from our skilled engineering staff, who will work with you as needed to maximize your products performance, integrity, and manufacturability.

 

Metal Prototype

 

MCM does metal coating on plastic prototypes created from other rapid prototyping techniques such as SLA, urethane casting, and injection molding. Typical metal coated prototypes are plated with nickel, copper, and chrome.

One type of master pattern used in an SLA Quick Cast pattern. Using the Quick Cast pattern eliminates the need of tooling to create the wax pattern. Not only is cost greatly reduced, so is the lead time to produce the metal prototype. The SLA Quick Cast investment casting method is great for a some metal prototypes; contact MCM for details. Using the quick cast method, metal prototypes can be produce in as little as 2 weeks.

 

MCM offers quick turnaround metal prototypes and rapid prototyping for metal parts. Depending on material, timing requirements, critical dimensions and post-machining operations, there are several different methods that can be used to satisfy your metal prototyping requirements. Selective laser sintering (SLS), investment castings, plaster castings, sand castings and CNC machining are the most common methods to manufacture rapid metal prototypes.

 

 

Stamping sheet metal is an efficient form of manufacturing, capable of cranking hundreds or thousands of items an hour. The annoying thing is that making new stamping dies is a long, costly process. This is bad enough when it comes to retooling a factory, but creating prototypes for new products can leave designers waiting weeks. The Ford Research and Innovation Center in Dearborn, Michigan has taken a page from the 3D printing handbook and is developing a new way of forming sheet metal that allows designers to create prototypes in hours instead of weeks.