We use all the latest software design packages to help our clients, such as CAD design, Solidworks, offer our expert advice into ensuring all needs are met. We apply a totally integrated tool design process that flows through all aspects of tool engineering, building, and stamping through assembly. This process includes an overview of the manufacturing process, to ensure an ultimate performing tool. Our advanced tool design process combines versatility, longevity, accuracy and reliability, while conforming to exact customer specifications.

We have many professional tool and die makers to produce dies that perfectly integrate with our specific production equipment to achieve consistent quality and efficiency. We use our extensive die making knowledge to start each die with an exceptional design based on thousands of dies made from our prior art. We then utilize our modern state-of-the-art tool room to create each die detail to our exacting specifications by industry craftsmen who have over 20 years of experience making large complex dies for precision stamping applications.

CNC Milling & Turning are two mainstream numerical control metal cutting processes. We provide these processing frequently. Both control the movement of machine tools through computer programs to achieve high-precision processing of metal blanks and ultimately obtain precision parts that meet design requirements.
The two are often used in combination, covering the processing requirements from simple shaft parts to complex special-shaped parts, and are core manufacturing technologies in fields such as precision hardware, automobiles, and other industries.

We offer laser cutting services to provide custom parts for a variety of industries.
In order to get minimal material waste, we promote our laser cutting technology, saving our clients time and money in the production process.
In addition, laser cutting offers flexibility in design and the ability to handle a range of material types and thicknesses. Whether it is small precision parts or larger components, our laser cutting services can meet our clients' needs. With fast turnaround times and exceptional attention to detail, laser cutting provides an efficient and cost-effective solution for custom parts.
Our laser operators have 15+ years of experience in laser cutting prototype to low volume production quantities.

Sheet metal forming is the process of shaping a sheet of metal into parts by bending or drawing it. This process can be done using a variety of methods, but the most common method is through a press brake. A press brake is a machine that uses a die to create the desired shape in the sheet metal. The sheet metal is placed between the upper and lower dies, and the dies are then brought together to form the metal into the desired shape.
Bending and forming sheet metal is a popular method for creating custom parts, as it allows for a high degree of precision. Parts that are made through metal forming can have very tight tolerances and be made to very specific shapes.
As a result, press brake forming is an essential process for many industries that require precision parts.

We offer low to high volume metal stamping. Our capabilities include stamping ferrous and non-ferrous metals and all types of stainless steel along with titanium and exotic materials.  All of our punch press operators are skilled technicians trained to the highest standards, working in an exceptionally clean, temperature controlled environment.
This processing has advantages of efficiency, lost-cost, is wide used in automotive, electronics, household appliance, especially in mass production demands precision metal hardware.

Punch forming is a process of cutting holes or other openings into sheet metal. It is commonly used in the fabrication of custom precision sheet metal parts. The process can be performed using a variety of different tools, including hand punches, power presses, and computer numerical control punching machines. Punching is typically done using a die, which is a tool that has been specifically designed for the desired shape of the opening.

Custom sheet metal welding allows for parts and components to be crafted with precision and accuracy, resulting in a stronger, more durable final product. At Approved Sheet Metal, our services include all types of sheet metal welding such as MIG, TIG, spot, and resistance welding.
Our team has the expertise and experience to handle any project, big or small, and ensure the highest quality end result. Custom welded sheet metal parts offer numerous benefits including increased strength and stability, consistency in design and function, cost savings through streamlining production processes, and improved precision and accuracy. Trust our sheet metal welding services for your next project.

Finish is important parts in manufacturing procudure, correct finish can attribute metal with characteristics of corrosion resistence, beauty appearance.
We can provide a variety of surface finishes including deburring, bead blasting, plating(including DLC, Ta-c, WCC and PVD), passivating, laser marking, heat-treating, teflon coating, powder coating, electrophoresis, polishing, selective plating and continuous plating of preformed plates.
We offer a wide range of custom finishes to suit your unique application. If you have another requirements of finish processing, please contact us.

We are able to assemble parts for you in house if required and provide fixings. We could get your sheet metal fabricated assemblies from our state-of-the-art facility.
Our team of highly skilled technicians has years of experience in fabricating and assembling sheet metal components. We use the latest technology and equipment to ensure that your sheet metal assemblies are of the highest quality.

The printing process that transfers ink to the surface of the substrate is widely used in surface decoration and functional identification of metal and hardware products due to its advantages such as a wide range of applicable ink types, strong adhesion, the ability to print complex patterns, and controllable costs.
We have sufficient experience of using this processing to print pattern on the metal surface.

It is a processing technology that selectively reacts with the metal surface through chemical solutions to remove excess materials and obtain high-precision, complex microstructure parts. Its core advantage lies in its ability to efficiently process fine features that are difficult to achieve with traditional mechanical cutting (such as micron-level hole diameters and complex patterns), and the processing process is free of mechanical stress and does not damage the performance of the metal substrate. It is one of the key processes in fields such as precision hardware, electronics, and medical devices.

Casting is a metal hot working processing. Heating the metal to a liquid state, then inject the molten metal into a pre-made mold cavity that is consistent with the shape of the part. After the metal cools and solidifies, the mold can be removed to obtain the metal part of the required shape and size.
We provide different kinds of casting processing, such as Sand Casting, Permanent Mold Casting, Investment Casting.

Quality is a driving force within our organization. We have implemented and refined quality systems to provide structure to every phase of manufacturing, from initial quotations to the final shipment of product to our customers.
We will devote ourself into ensuring the quality of the products we manufactured to satisfy our clients' demands.