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Mechanical press TSD series
weldingstampingservo-driven

Mechanical press - TSD series - SCHULER - MÜLLER WEINGARTEN - welding / stamping / servo-driven
Mechanical press - TSD series - SCHULER - MÜLLER WEINGARTEN - welding / stamping / servo-driven
Mechanical press - TSD series - SCHULER - MÜLLER WEINGARTEN - welding / stamping / servo-driven - image - 2
Mechanical press - TSD series - SCHULER - MÜLLER WEINGARTEN - welding / stamping / servo-driven - image - 3
Mechanical press - TSD series - SCHULER - MÜLLER WEINGARTEN - welding / stamping / servo-driven - image - 4
Mechanical press - TSD series - SCHULER - MÜLLER WEINGARTEN - welding / stamping / servo-driven - image - 5
Mechanical press - TSD series - SCHULER - MÜLLER WEINGARTEN - welding / stamping / servo-driven - image - 6
Mechanical press - TSD series - SCHULER - MÜLLER WEINGARTEN - welding / stamping / servo-driven - image - 7
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Characteristics

Operation
mechanical
Function
stamping, welding
Other characteristics
servo-driven, direct-drive
Applications
for production
Force

Min.: 8,000 kN

Max.: 32,000 kN

Rate (strokes/min)

40 p/min, 45 p/min

Stroke

Min.: 100 mm
(3.937 in)

Max.: 750 mm
(29.528 in)

Description

Servo presses in tie rod design are driven directly by torque motors. They deliver high torque values and are the right drive for dynamic forming processes. The lack of a flywheel and clutch / brake combination makes the presses flexible, energy efficient and reduces the maintenance required. The pendular stroke mode is exceedingly energy efficient and permits operator-programmable slide strokes without any additional mechanical stroke adjustment. In addition, the pendular mode results in significantly higher stroke rates. Thanks to the operator-programmable time / travel motion sequences as well as the ability to provide rest times for in-die functions, processes such as welding and lasering can be integrated reliably into the press cycle. Your advantages Maximum production flexibility due to user-programmable stroke heights and motion sequences Output boost compared to conventional mechanical presses Greater parts quality and die life with movement profiles optimally adapted to the specific forming requirements Best suited for processing high-strength steels High availability due to long service life and low maintenance requirements Shorter die change times due to setup and try-out functions

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.