Mechanical Press Equipment Supplier
STAMTEC Mechanical Press Equipment Supplier & Distributor
Gap Frame Presses
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1-Point Gap Frame Presses
Stamtec’s 1-point gap frame press lines feature a low-inertia drivetrain equipped with precision-engineered gears. These gears are constructed with steel hubs, forged steel rings, and finished, hardened teeth, all supported by an advanced oil bath and spray lubrication system. Together, these design elements deliver tight running tolerances, extended service life, and exceptionally smooth, quiet operation.
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2-Point Gap Frame Presses
Stamtec’s two-point gap frame press series is specifically designed to handle left-to-right off-center loading more effectively. Its larger die capacity also makes these presses a practical alternative for many applications that typically require a straight-side press.
Straight Side Presses
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1-Point Straight Side Presses
Stamtec’s one-point straight-side presses, also known as single-crank presses, feature precise slide guiding and robust frames engineered to handle higher tonnage loads without any risk of angular deflection or yawning. Each fabricated steel frame undergoes rigorous finite element analysis prior to manufacturing. Built with heavy-duty box-type construction, the frames are thermally stress-relieved before precision machining to ensure uniform accuracy.
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2-Point Crank Shaft Straight Side Press
Similar to the one-point straight-side press series, Stamtec’s two-point straight-side presses (also known as double-crank presses) feature massive beds engineered to an exceptionally tight standard of no more than 0.0015 inches of deflection per foot of bed length—both left-to-right and front-to-back. Every press frame undergoes rigorous finite element analysis prior to manufacturing to ensure optimal structural design and superior strength.
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2-Point and 4-Point Eccentric Geared Straight Side Presses
Stamtec’s four-point straight-side presses are engineered to accommodate large-dimension dies in both the left-to-right and front-to-back directions. They are also well-suited for running progressive and transfer dies, as well as large, odd-shaped, or deeply formed parts that require a transfer system to move the workpiece through the die.