Gallery

About Project

In the world of precision engineering and robust assembly, the smallest components often play the most critical roles. Today, we're showcasing a selection of meticulously crafted hardware kits featuring CNC turned stainless steel threaded pins. These aren't your average fasteners; they represent the pinnacle of accuracy and durability, manufactured using advanced Computer Numerical Control (CNC) turning processes.

As you can see in the accompanying images, each pin is machined to exacting specifications. From the precisely cut threads ensuring a secure and reliable connection to the smooth, consistent surfaces indicative of high-quality machining, every detail is considered. The use of stainless steel guarantees exceptional corrosion resistance, making these hardware kits ideal for a wide range of applications, even in demanding environments.

Our CNC turning capabilities allow us to produce threaded pins with various lengths, diameters, and thread types to meet specific project requirements. Whether you need robust shafts for linear motion, precise pins for alignment, or specialized threaded studs for secure fastening, our process delivers consistent and repeatable results. The intricate forms and tight tolerances achievable through CNC turning ensure optimal performance and longevity of your assemblies.

Beyond the standard threaded pins, our capabilities extend to creating more complex components within hardware kits. You might find elements like collars, shoulders, or specialized heads, all integrated with the same level of precision and quality. These kits are designed to streamline your assembly process, providing you with reliable and perfectly matched components.

Looking for high-quality, custom CNC turned parts for your next project? At FacFox, we leverage cutting-edge CNC turning technology and premium materials like stainless steel to deliver precision-engineered components that meet your exact specifications. From simple threaded pins to complex hardware kits, our expert team ensures exceptional quality, tight tolerances, and reliable performance. Contact FacFox today to discuss your CNC turning needs and experience the difference precision manufacturing can make.

Solution

• Step 1: Raw Material was Selected. High-grade stainless steel bar stock was chosen based on the required specifications for corrosion resistance and strength.
• Step 2: Material was Prepared. The selected bar stock was cut to appropriate lengths, ensuring efficient processing in the CNC lathe.
• Step 3: The CNC Lathe was Programmed. Detailed instructions were input into the CNC machine, defining the precise dimensions, thread specifications, and surface finishes required for the pins.
• Step 4: The Stock was Secured. Each piece of prepared material was securely mounted in the chuck of the CNC lathe.
• Step 5: Rough Turning was Performed. Excess material was removed using specialized cutting tools to bring the workpiece closer to the final dimensions.
• Step 6: Precision Turning was Executed. Fine cuts were made by the CNC lathe to achieve the exact required diameters and lengths with tight tolerances.
• Step 7: Threads were Cut. The precise threads were formed on the designated sections of the pins using specialized threading tools under precise CNC control.
• Step 8: Additional Features were Machined (if applicable). Depending on the specific kit components, features like collars, shoulders, or specialized heads were machined according to the programmed instructions.
• Step 9: Deburring was Conducted. Sharp edges and burrs were carefully removed to ensure safe handling and proper fit.
• Step 10: Surface Finishing was Applied (if required). Depending on the application, specific surface finishes, such as polishing or passivation, were applied.
• Step 11: Components were Cleaned. All machined parts were thoroughly cleaned to remove any machining fluids or debris.
• Step 12: Dimensional Inspection was Performed. Each component was meticulously inspected using precision measuring instruments to ensure it met the specified tolerances and dimensions.