With over twenty years of part inspection supporting our machining business units, our layout team is well versed in the inspection of precision manufactured components. Once your script has been created, it is filed and stored for future inspections. Our system is setup to support full production capabilities and short-term surges as needed.
When applicable, as we machine customer product, the decision to move product into layout at Princeton Tool allows for a continuous progression towards shipping a completed product. This not only saves a tremendous amount of time but allows us to closely monitor product conformity.
With the services available in both the pre- and post-cast state, Princeton Tool can work with engineers in the early concept stages to make sure that tooling can be manufactured, patterns can be produced, and gating can be removed as desired. We believe that our services combined provides us with a competitive advantage.
We have a deep understanding in each of the crucial stages of the products lifecycle. The Princeton Tool wax department now employs over 60 individuals dedicated to processing customer product in the aerospace, industrial gas turbines and medical industries. In addition to its dedicated staff it provides state of the art radiographic inspection, ultrasonic wall inspection, CMM and blue light interrogations, 12 wax presses and 30, square feet of manufacturing space.
Precision machining has been the driving force behind our growth at Princeton Tool. Once Princeton Tool takes receipt of your castings, product is loaded into the internal machine monitoring tracking system and pushed to the first operation on the router card.
In most cases, the first operation is completed through waterjet. A safe and fast way of removing large amounts of material while reclaiming high valued raw material for customers, previously lost to cut off and grinding equipment. Once the casting has processed through waterjet the next rough operation is grinding. This allows for a quick removal of material to a finish state, where casting geometry allows it.
If machine areas are restricted or have contour, EDM and CNC operations would be required for the removal of unwanted material. This allows for precision and certainty in complex and contoured areas.
In some cases, not all previously mentioned operations will be required. A great example of this would be product we manufacture direct from raw material for our aerospace OEM customers. Sophisticated machining options, such as EDM Electrical Discharge Machining , is an efficient method of metal removal to address complex or critical areas. Electrodes used to perform these operations are designed by our onsite NPI new product introduction team, programmed and machined onsite at each of the Princeton Tool facilities.
Current EDM operations are supported by over 70 pieces of equipment staffed around the clock. We will continue to pioneer value added services to our customers as we look to digitalization and its application to provide real time data and part records.
We are proud to serve as true partners in growth and advancement. That is why we are investing our efforts into a balanced portfolio. By combining our mechanical expertise, strong brand, and customer relationships to provide the support necessary to our customers. Through collaboration, we can overcome any challenges. Sales: Sales PrincetonTool. Machinery and equipment are moved from the basement of the house to a barn built beside the house.
This is where he begins to manufacture core dies, wax dies and tooling reworks. Princeton Tool begins to perform precision machining on castings which remains as a core competency. To meet growing customer demands, Princeton Tool moves to a 4, sq. Princeton Tool expands to support customer needs and relocates to their current location at Division Dr. At the time, the building was 22, sq. Striving for a higher standard of quality, probes and automatic tool setters are added to CNC machines to add a higher degree of consistency.
This allows you to keep valuable floorspace previously supporting the many steps of producing wax molds, and re-allocating that space to increase throughput by enhancing dip lines, mold storage, and furnaces.
From coast to coast, Princeton Tool is known for its diverse and creative machining techniques. Areas of specialty include machining of investment castings produced across the country and around the world. Our foundry support service focuses on complex products manufactured for the Aerospace and Industrial Gas Turbine industries. Working closely with the product engineering staff, the process of mapping the machining plan helps eliminate program delays, ensuring the most efficient machining plan is generated saving both time and money.
The capabilities of Princeton Tool provides the quickest and most effective path in getting your product to the market. Our programmers and engineers typically have 25 years of experience with complex products we so competently produce.
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