What are the opening hours?

Monday 7am - 3:30pm Tuesday 7am - 3:30pm Wednesday 7am - 3:30pm Thursday 7am - 3:30pm Friday 7am - 3:30pm

Prestige Metal Products, Inc

Name: Prestige Metal Products, Inc
Address: 19241 83rd Street, Bristol, WI, 53104, US
Telephone: (262) 891-3888
Price range: $$

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Prestige Metal Products, Inc

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Custom Sheet Metal Fabrication of Stainless Steel, Hot & Cold Rolled Steel With Additional Services. We Specialize in Rail, Food And Pharmaceutical.

MANUFACTURING FACILITIES: A partial list of their facility includes: Bystronic 5200 Watt CNC Laser System, Cincinnati CNC Laser System, Wiedemann Centrum CNC Turret Punch Press, (2) 10 ton Presses, 25 Ton Press, 65 Ton Press, Multiple Cincinnati 90 Ton Hydraulic Forming Presses and multiple pieces of welding, grinding, polishing, shearing and sawing, fastener insertion equipment. A complete detailed list can be supplied if required. QUALITY / CERTIFICATIONS: Each operation of each job is accounted for by using bar coded routers scanned at one of several network stations throughout the facility. This improves control and allows job progress to be watched in real time by management. Prestige’s written quality control program is based on compliance with ISO 9001:2008.

10/29/2026

Metrology and Precision Engineering

As discussed by Intelligent Living in “The Future of Metrology and Precision Engineering,” measurement technology is evolving alongside automation, additive manufacturing, digital twins, smart sensors, and connected production systems.

Emerging metrology practices increasingly combine automated inspection, advanced imaging, in-process measurement, data analytics, artificial intelligence, and connected devices. These technologies can provide manufacturers with more timely measurement information, reduce variability associated with manual inspection, and integrate quality data more closely with production decisions.

Read more: https://prestigemetals.com/industry-news-blog/the-future-of-metrology-and-precision-engineering/

10/22/2026

Advances Reshaping Precision CNC Machining

As discussed by BOSS Magazine in “Breakthroughs in Precision Machining Set New Standard for CNC Projects,” developments in machining technology are expanding what manufacturers can achieve in areas such as precision, flexibility, and production efficiency.

Examples highlighted include focused ion beam techniques for nanoscale work, more advanced vertical machining centers, four- and five-axis CNC capabilities, and no-code programming tools. These developments illustrate how improvements in equipment, controls, and software can reduce setup requirements while expanding the complexity of work manufacturers can undertake.

Read more: https://prestigemetals.com/industry-news-blog/advances-reshaping-precision-cnc-machining/

10/15/2026

How Machining Technology Affects the Workforce

As explored by Modern Machine Shop in “The Human Impact of Machining Technology,” investments in newer machining technology can influence more than productivity and part quality. The article profiles SSP Fittings and examines how the company's approach to technology also affected the experience of the people working with its equipment.

Newer equipment, standardized machine platforms, and improved monitoring capabilities can change how employees interact with manufacturing technology while also supporting better access to production information. The example highlights the connection between technology investment, workforce engagement, and the way manufacturers organize machining operations.

Read more: https://prestigemetals.com/industry-news-blog/how-machining-technology-affects-the-workforce/

10/10/2026

Optimizing CNC Milling for Better Results

As discussed in Frontiers in Mechanical Engineering in “The milling parameters of mechanical parts are optimized by NC machining technology,” CNC milling performance can be influenced by variables such as cutting speed, feed rate, and depth of cut. Researchers used mathematical modeling and optimization techniques to identify combinations designed to improve machining quality and efficiency.

Experimental testing on a small impeller found that optimized parameters reduced surface roughness by 28.04% and lowered measured residual stress compared with the original settings. The research illustrates how carefully selected machining parameters can influence surface quality, tool wear, processing time, and overall production performance.

Read more: https://prestigemetals.com/industry-news-blog/optimizing-cnc-milling-for-better-results/

09/30/2026

How Precision Fabrication Improves Product Quality and Consistency

Customers rarely see the manufacturing processes behind a finished product. What they experience is whether the product performs as expected.

For manufacturers, achieving consistent performance starts with precision fabrication.

At Prestige Metals, we understand that quality is built into a product long before it reaches the customer. Through our sheet metal fabrication capabilities, we help organizations produce components that support reliable performance and repeatable manufacturing outcomes.

Read more: https://prestigemetals.com/industry-news-blog/how-precision-fabrication-improves-product-quality-and-consistency/

09/23/2026

Connecting Laser Cutting With Smart Manufacturing

As discussed by ManufacturingTomorrow in its coverage of laser cutting technology, connecting manufacturing equipment through the Internet of Things can provide greater visibility into machine operation and production performance.

For laser cutting operations, connected technologies can support real-time monitoring, production data collection, equipment performance tracking, and maintenance planning. Better access to operating information can help manufacturers identify issues, understand equipment utilization, and make more informed decisions about production and maintenance.

Read more: https://prestigemetals.com/industry-news-blog/connecting-laser-cutting-with-smart-manufacturing/

09/16/2026

How Laser Cutting Technology Has Evolved

As discussed by ACCURL in “Laser Cutting History: Complete Timeline, Inventors and Evolution,” the development of practical laser technology during the 1960s laid the foundation for laser cutting as a modern manufacturing method.

Continued advances in CO2, solid-state, and fiber laser systems have expanded the technology's capabilities over time. Improvements in power, controls, automation, and precision have helped laser cutting become an important fabrication method for producing detailed components across industries such as automotive, aerospace, electronics, and general manufacturing.

Read more: https://prestigemetals.com/industry-news-blog/how-laser-cutting-technology-has-evolved/

09/15/2026

The Complete Sheet Metal Fabrication Process: From Design to Finished Component

Every fabricated metal component begins with an idea. Whether it is a bracket for industrial equipment, an enclosure for electronics, an HVAC component, or a custom assembly for a manufacturing operation, transforming a design into a finished product requires a series of carefully coordinated fabrication processes.

At Prestige Metals, we help customers bring concepts to life through our comprehensive sheet metal fabrication capabilities. From initial design review through final production, every step plays a critical role in ensuring the finished component meets performance, quality, and manufacturing requirements.

Read more: https://prestigemetals.com/industry-news-blog/the-complete-sheet-metal-fabrication-process-from-design-to-finished-component/

Address

19241 83rd Street
Bristol, WI
53104

Opening Hours

Monday	7am - 3:30pm
Tuesday	7am - 3:30pm
Wednesday	7am - 3:30pm
Thursday	7am - 3:30pm
Friday	7am - 3:30pm

Telephone

(262) 891-3888

Website

http://www.PrestigeMetals.com/

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