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Product Overview
The superplas 2000 allows the user to super plastically form all types of materials with a quality superior to the competition. With accuracy exceeding any other on the market, the superplas 2000 forms with unsurpassed quality and reliability. Whether your needs are prototyping parts, low volume manufacturing of sheet metal components, or research and development, the superplas 2000 combines ease of use with inexpensive pricing. With a hydraulic lifting system* one can produce parts with ease and quickness unmatched in the industry. Our quality speaks for itself when a part is formed using our computer controlled pressure regulation system* practically eliminating errors and saving time and money from scrapped parts.            Well there you have it in a nutshell, when you stack up the superplas 2000 against the competition there is no need to go shopping around, you can stop here. The choice is obvious.
Capabilities
          The superplas 2000 out performs the competition in all areas. The very small margin of error on the geometry of parts formed allows high tolerancing for many applications. The broad temperature range allows for the minimization of power consumption maximizing efficiency. Gas supplied for the system can be pressurized up to 100 psi  in the furnace and can be adjusted with a very tight precision, preventing cavitations and malformed parts from coarse pressure control. Maximum Sheet Size Dimensions 12" x 12" x ⅛" Maximum forming rate: 100 psi/sec Minimum Forming Rate:1 psi/sec Maximum Temperature: 2000 °C Minimum Temperature: 27 °C (Room Temperature) Maximum Operating Pressure: ~200 psi Usable materials: All metals and alloys

Applications

          Some main applications current customers are using the superplas 2000 for include;

   Fabricating prototype parts for production and design.    Low Volume Manufacturing of parts for various applications (Manifolds, automotive sheet metals, etc).    Research and development of materials. Advantages   Quickness of part turnover, hydraulics allow for fast and efficient forming.  Precise pressure gradients (± .05 psi) allow for quality forming every time, no guesswork.  Computer operation automatically logs all activities for future references and documentation. The computer temperature control allows precise forming (± .05 °C) for high tolerance and temperature sensitive materials.