National Industrial Automation Company Services
The company is NCFIA One of the most rapid prototyping companies.
We can turn your designs and ideas into real parts within a few days.
Engineering Solutions
We offer a wide range of services, including reverse engineering and parts manufacturing, providing you with comprehensive solutions under one roof. Our expertise allows us to rebuild and improve existing parts and systems, ensuring improved performance and longevity to meet your industrial needs.
Effective services
We understand that each client has unique requirements, so we offer tailored solutions tailored to your specific needs and budget. Our commitment to providing cost-effective services without compromising quality makes us a preferred partner for companies seeking efficiency and value in industrial automation.
Forming machine spare parts
We offer a comprehensive range of spare parts designed to keep your forming machines running smoothly and efficiently. Our spare parts are precision-manufactured to ensure compatibility and performance, reducing downtime and maintenance costs. From screws and barrels to heaters and nozzles, our inventory covers all the essential components needed for optimal machine operation.
spare parts manufacturing
We offer a wide range of spare parts manufacturing services tailored to meet the diverse needs of our customers. Our precision engineering and state-of-the-art machinery allow us to produce spare parts that adhere to the highest industry standards. We understand the importance of minimizing downtime in industrial operations, so our spare parts are designed for reliability and long-lasting performance.
Blow molds
Blow molds are relatively easier to manufacture than injection molds, but they go through the same manufacturing stages: taking accurate measurements, drawing the product using SolidWorks, specifying the materials, and executing the programming for the milling machine using the Power Mill program.
We have an engineering team with over 12 years of experience in engineering design, using 3D design software such as SolidWorks, MasterCam, and PowerMill.
Plastic samples are received from the client and their dimensions are accurately measured using precise digital measuring tools. They are then drawn using SolidWorks and the shrinkage of the material used is calculated in preparation for implementation.
After. The product is drawn and designed on SolidWorks. The mold manufacturing method is determined to suit the nature of the product and the client's requests and needs. The team begins issuing a list of the required materials in preparation for manufacturing the mold on the CNC milling machine after programming the machine using the Power Mill program.
Injection molds are among the most difficult types of molds to manufacture, requiring extensive engineering expertise and meticulous attention to detail at every stage of the injection mold manufacturing life cycle.
In some cases, a 3D model can be provided to the customer so that the design can be approved and matched to the desired product before moving on to the CNC manufacturing and milling process.
This is considered the most important process and stage in mold manufacturing and comes after completing the core and cavity drilling stages on the CNC milling machine. This is where the die cooler comes in. It will assemble the two parts and prepare the die for operation on the plastic injection machine for injection dies and on the blowing machine for blowing dies.
Some injection molds and blow molds require wirecutting and spark cutting, which is essential for molds requiring extremely fine details. Our company provides this service when needed.
We have a TCK56 production lathe equipped with a fourth axle and bar feeder, and it can produce a wide range of cylindrical shapes with high productivity, uniformity, and regularity between each piece produced.
Our company constantly measures the hardness of the stamps it produces, and if necessary, we have heat treatment furnaces to harden the stamps and increase their hardness so that they can withstand working conditions and increase the number of uses for the stamps.