Coining and embossing are two of ART Technologies' core stamping competencies. This process produces complex shapes held to very tight tolerances.
ART Technologies' coining process eliminates subsequent turning and or grinding processes and produce the finished product within specified tolerances. ART Technologies has several coining presses; the largest is 800-tons utilized to produce coined bearing components with high tolerance and precision.
ART Technologies Progressive and Compound Die Coining:
Eliminates costly machining for near net shape products
Improves existing designs for functionality and cost reduction
Ideal for Burr- free smooth finishes, flanges, countersinks to name a ...
ART Technologies progressive die stampings expertise is unmatched in providing stamping and coining solutions for our customers. We can help in lowering your part's costs without sacrificing any product integrity. Our first class products are comparable with fine blank parts, but are not as expensive. By incorporating coining in the stamping process, often times we can produce the appearance and precise tolerances of fine blank parts without the cost.
ART Technologies automotive door striker progressive dies run in our 400 ton Minster Press utilizing all 96" of this large press bed. ART Technologies runs other progressive dies in any of our other 45-800 ton presses. ART has incorporated compound blanking, coining, drawing, ...
ART Technologies, Inc. is a customer first company that is focused on providing rapid, effective, and competitive solutions for your metal stamping needs. Whatever your metal stamping needs, Art Technologies, Inc. has the experience and expertise to achieve them.
Compound dies perform all operations in one hit and are capable of holding 0.0002" tolerances on concentricity. Compound dies produce complex coined, drawn and/or formed shapes all in one hit. The compound die can be a large cost savings over progressive dies on lower volume, shorter program-life projects.
ART Technologies, Inc. operates 14 presses ranging in size from 45 ton to 800 ton. Our ability to design and build progressive and compound dies offers ...
Assembly Assembly is just one example of ART Technologies value added secondary operations. Pictured here is one of ART Technologies’ automated automotive door striker welding machines. These welders are joining the two halves of the door striker on fully automated resistance projection welding. Each part has critical features checked 100% by an automated non-contact gauging system. This TS-16949 system produces quality automotive parts time after time with virtually no labor cost.
Challenge ART Technologies engineering staff today with your most difficult secondary operation. We take pride in high quality, robust systems while keeping costs at a minimum.
Other assemblies include fully automated tapered ...
(47) At ART Technologies, our focus is on the customer. We provide rapid, effective and highly competitive solutions for your Thrust Bearing needs.
ART Technologies offers an extensive line of high quality ball bearings for your applications. Our bearings are manufactured in the USA at our facility in Hamilton, OH. We ship these bearings to seven different countries maintaining competitve pricing.
Since 1943, ART Technologies has been designing and manufacturing quality engineered bearings. We provide quality and economical bearings solutions for the automotive, agricultural, industrial, appliance, and custom applications. Our ability to manufacture tapered roller thrust bearings from concept, through design, manufacture and assembly is second to none. Since 1943, ART Technologies's improvement in design, tooling, and manufacturing in the assembly process is the reason we can make this statement. Our bearings are made in the USA and priced competitively.
We work to provide the best taper roller bearings in the business by carefully planning, engineering, producing and quality checking our products. ART's staff has decades ...
Design and Testing ART Technologies well staffed/ diverse employees understand the importance of design and testing. ART Technologies recommend and are involved and focused on critical characteristics of your parts from design to production to gauging and assembly.
ART Technologies believes to produce quality products, one must know and understand the critical/functional characteristics of a part. We will manufacture various prototypes to achieve maximum quality at minimum cost. Once designed and manufactured various tests will be run, establishing that all requirements are met. ART Technologies staff will then recommend the best processes to manufacture your part or assembly. This process will include all ...
By converting a machined part into a stamping, ART eliminated a complete machining operation and realized over 50% savings in raw material.
Material savings and eliminated costly pre-heat treat operations.
The uniqueness of the stamping is ART Technologies ability to mold metal into an intricate shape thru our coining abilities. This is the same technology that ART uses in the manufacturing of bearing races.
ART Technologies has the coining equipment required to convert machined parts into stampings. The company has three 800 ton knuckle-joint presses. ART Technologies years of knowledge combined with these presses, gives us the ability to coin minimum corner radii which were previously only achievable by ...
ART Technologies has provided heavy gage metal stamping since 1946. Our thick metal stamping capabilities are second to none.
Thick Gage Stamping:
Up to 800 Ton Presses - for up to 7/16” thick parts
Small Bed Knuckle Joint (Embossing) Presses for concentrated load.
Coining and Blanking tolerances of +/- .001”.
Heavy metal stampings from coils or strips, ART Technologies has the knowledge and equipment to meet your most stringent requirements. Let our knowledgeable engineering staff quote your heavy stamping requirement, whether stainless, mild steel, brass, aluminum or another material type. Our versatility in materials and shapes sets us apart from other stampers.
With ...
