At Precision Machine Fabrication, we work with companies in a wide range of industries to execute a variety of projects. We are dedicated to creating and maintaining a smooth and reliable manufacturing process for our customers, no matter how complex the ask it. Our manufacturing process can be broken down into four equally-important phases:
- Quote Process (RFQ)
- Purchase Order Entry
- Manufacturing, Inspection, and Shipping
If you are interested in contacting Precision Machine Fabrication for an upcoming project, here’s a brief summation of our manufacturing process for you to consider.
Quote Process (RFQ)
The manufacturing operation begins with a request for quotation (RFQ) process. In this phase of the process, the customer provides our business development team with detailed and dimensioned drawings to look over. Then, our estimating and business development teams perform a project review to assess areas like tolerances, materials, and tooling requirements that would be necessary during the project.
At this point, the estimating team determines material yield and outlines the internal and external processes required to complete the process and verifies material, sub-contract, and tooling costs. Finally, after getting the final part cost and processing times, the final quote is compiled and returned to the business development team for review prior to us submitting the final document to our customer.
As our teams are going through this process, it’s important to keep in mind that, during the quoting process, we may find areas where manufacturability is an issue. In these cases, we most often suggest alternate methods of production that meet the needed function.
Purchase Order Entry
The next step in our manufacturing process is to enter the purchase order. Here, our business development team receives a purchase order from the customer and verifies that the purchase order matches the current quote that was made available on the RFQ. The order information is entered into our ERP software and a unique order number is created. Once all information is entered and verified, we send over an order acknowledgment to the customer and send the information over to engineering.
When the order is in our engineering stage, we double-check the quote and materials needed to check for any potential issues that may delay production. If everything checks out, we can proceed to pre-production. Here, we program the various CNC punch, laser, and HDS press brake operations that will be used during production. An inspection file is then developed for our Virtek Laser QC machine using the part’s flat CAD geometry provided by the customer.
After that, a shop routing document is created to show the various processes that this job will go through, which allows both management and shop employees to monitor and track the progress and efficiency of the project during production. Then, one of our engineers will create a series of shop drawings that will be stored on our network as electronic document sets so that our shop employees can access the information at any time when the product is in review.
In the last step of this phase, all the raw materials necessary to complete the project are calculated and ordered and the job is scheduled and released to production.
Manufacturing, Inspection, and Shipping
Once the project is on the shop floor, we move the product through the sequenced routing steps as outlined by our engineering team. This process usually begins by either punching or laser cutting the product from flat sheet stock. We then perform a 100% inspection process on our Virtek Laser QC scanner. The scanner uses a laser to scan a flat part before it is bent and compares it to the customer-supplied CAD data to ensure that every single dimension is correct right from the start of the manufacturing process, eliminating delays or potential mistakes. This cutting-edge piece of equipment was acquired in our commitment to continuously enhancing our quality and dependability.
When the first piece has passed inspection, the operator runs the remaining parts, using the approved part as a “golden sample” to ensure that the subsequent parts match its quality. On new jobs or updated revisions, first-piece inspections are performed and signed off by a member of our quality team for each remaining operation in the process. It’s important to note that some of our production processes are performed by outside subcontractors (such as electro-plating or heat treatment). In these cases, we work to follow up with our vendors to get the products back within the quoted timeline.
Once all processes are completed and final product inspection is approved by our QC team, we package and shipper customer requirements and their routing guides. If special packaging is required, this is identified in the quoting and engineering stages and ordered ahead of time as needed.
So, there you have it! If you have a machine fabrication project that you need help with, don’t hesitate to get in contact with PMF today! We are standing by to answer your questions and to create a product that will help your company succeed.
Contact PMF to start your machine fabrication project today!
What Our Customers Say
Most Valued Partner
PMF continues to be one of our most valued partners. They consistently exceed our expectations.
Buyer, Parata Systems, LLC
SCI Procurement Team, Sanmina
Former CTO, RxMedic Systems
Top Metal Fabricator
Buyer, BSH Home Appliances
We pride ourselves in being able to handle any job, deliver on time, and guarantee the highest level of quality. From prototype to production, Precision Machine Fabrication are your go-to custom metal fabrication experts!