Results for
HERRMANN ULTRASCHALLTECHNIK GMBH & CO. KG
Germany
The optimum oscillation behavior of the ultrasonic sonotrodes is determined by means of FEM (Finite Element Method) calculation. Highest precision requirements in terms of CAD/CAM calculation algorithms guarantee precise 3D contours for sonotrode manufacturing. Measuring and documentation of the amplitude distribution is performed at the vibrating sonotrode using state-of-the-art laser measurement technology. Special surface finishings result in even longer service life spans of the ultrasonic sonotrodes.
Request for a quoteSIMPAC EUROPE GMBH
Germany
SIMPAC presses with servo direct drive stand for highly dynamic forming processes and offer maximum flexibility in the production. In combination with a high stiffness value of press body and drive, they deliver consistently high part quality. Overview: ● Press capacity: 3,000 - 10,000 kN ● Part size: small to medium ● Slide kinematics: servo (freely programmable) ● Application: stamping, cutting, bending, embossing, drawing, integration of subsequent processes Features and benefits: ● Dynamic processes through the use of torque motors that provide high torque even at low speeds ● Maximum production flexibility due to freely programmable slide movement, slide velocity and stroke length ● Significantly higher output compared to conventionally driven presses due to reversing pendulum movement of the slide ● Very solid, FEM-calculated and low stress annealed press body
Request for a quoteSIMPAC EUROPE GMBH
Germany
Compact and modular presses for a wide range of medium sized parts. Flexible installation options as a single press in progressive or transfer mode or as fully automated press line. Overview: ● Pressing capacity: 3,000 - 10,000 kN ● Component size: medium ● Slide kinematics: crank ● Applications: stamping, cutting, forming, bending, embossing Features and benefits: ● The compact design requires little floor space and no foundation at presses below 4,000 kN. ● The very solid, low-stress annealed press bodies are FEM-calculated and optimized by so-called “hot-spot analysis” in areas which are subject to higher loads. ● Motor, clutch/brake unit, lubrication system and control are of German origin and guarantee a long service life and maximum dynamics. ● The slide guiding system ensures a high level of tilting rigidity and reduces the cutting impact during the cut through when it comes to the processing of higher-strength materials.
Request for a quoteSIMPAC EUROPE GMBH
Germany
Compact presses for a wide range of medium sized parts. Due to its drive-related slide kinematics, the MCL series is particularly suitable for drawn parts. Overview: ● Pressing capacity: 3,000 - 8,000 kN ● Component size: medium ● Slide kinematics: link ● Applications: stamping, drawing, forming Features and benefits: ● The compact design requires little floor space and no foundation at presses below 4,000 kN. ● The very solid, low-stress annealed press bodies are FEM-calculated and optimized by so-called “hot-spot analysis” in areas which are subject to higher loads. ● Motor, clutch/brake unit, lubrication system and control are of German origin and guarantee a long service life and maximum dynamics. ● The slide guiding system ensures a high level of tilting rigidity and reduces the cutting impact during the cut through when it comes to the processing of higher-strength materials.
Request for a quoteSIMPAC EUROPE GMBH
Germany
SIMPAC presses with servo direct drive stand for highly dynamic forming processes and offer maximum flexibility in the production. In combination with a high stiffness value of press body and drive, they deliver consistently high part quality. Overview: ● Press capacity: 8,000 - 30,000 kN ● Part size: medium to large ● Slide kinematics: servo (freely programmable) ● Applications: stamping, cutting, bending, embossing, drawing, integration of subsequent processes Features and benefits: ● Dynamic processes thanks to the use of torque motors that deliver high torque even at low speeds ● Maximum production flexibility through free programmability of slide movement, (forming) speed and stroke lenths ● Significantly more output compared to conventionally driven presses due to reversing pendulum movement of the slide ● Very solid, FEM-calculated and low stress annealed press body
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Fem calculation - Import exportNumber of results
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