AI COMPONENTS
PROVEN PERFROMANCE TO INCREASE YOUR SALES
HARDWARE MANUFACTURING
AI COMPONENTS
​
Innovative Hardware Solutions for Every Industry
AI where precision meets reliability in the world of hardware manufacturing. With qualified expertise, we craft an extensive range of high-quality products that power industries around the globe. From the tiniest screws and robust bolts to specialized washers and nuts, our comprehensive catalog is designed to meet the diverse needs of modern engineering and construction.
Hardware
​
ALL YOU NEED IS HERE
MISION , VISION
Leader in Hardware Manufacturing
Electronic Hardware
WHY CHOOSING US?
CNC Drilling Parts
What Is CNC Drilling?
CNC drilling is a machining process that utilizes a rotating cutting tool to produce round holes in a stationary workpiece. The holes are typically made to accommodate machine screws or bolts for assembly purposes. However, they can be used for aesthetic purposes depending on the design of the component.
How Does CNC Drilling Work?
The CNC drilling process has similar steps to many of the other CNC machining operations. These include:
-
Creating the component design in CAD software. The first step in producing a CNC drilled component is creating a digital design of it in CAD software.
-
Converting the design into machine instructions. Once the component design is finalized, it needs to be converted into a language the CNC unit can understand. This step typically requires running the CAD design through CAM software to generate machine code.
-
Loading the instructions to the CNC machine. When loaded to the CNC machine, the machine code controls how the CNC machine and tooling will move and operate throughout the drilling process.
-
Setting up the CNC machine. Setting up the CNC machine generally involves installing the appropriate drill bit and securing the workpiece.
-
Executing the drilling operation. Once the machine code is loaded and the machine is set up, the operator can initiate the drilling operation.
-
Evaluating the component. After the drilling operation is finished, the operator evaluates the component for any errors or imperfections.
OUR CAPABILITIES
Electronic Component Rep's
Metal Stamping Process
Our Lines
We accept the following paying methods
Metal stamping is a process that uses a press and mold to shape flat sheet metal or metal coils into parts. It involves applying a large force to the metal to bend, form, or cut it into a specific shape:
-
Blanking
A basic operation that involves feeding a blank form into a press, where a die cuts out the desired shape.
-
Coining
Also known as minting, this process uses a closed die to force the metal to conform to its shape.
-
Drawing
A metal flow process that reshapes the surface of the workpiece while maintaining its thickness. The direction of the drawing affects how the part can be moved, cut, and ejected.
-
Piercing
A basic form of stamping that involves punching a hole through sheet metal using a machining tool.
-
Embossing
A process that involves matching opposite rollers or passing the metal between rollers to create a 3-dimensional effect on the metal.
-
Punching
A forming press that produces holes in sheet metal, such as those needed for screws to adhere to two metal structures.
-
Air bending
A process that involves using a punch to bend the flat surface of a part into a die, often V-shaped. The space between the punch and die is larger than the metal thickness, so the bend relaxes slightly when the part is released.