Metal press - Import export

Absolute transducer in compact profile design with double-sided supported actuating rod and internal return spring; NOVOPAD non-contacting, inductive measuring principle, Teach-in function with status LEDs, probe tip with pressed-in hardened metal ball, long life span

Potentiometric position transducer in compact design with one-sided actuating rod and return spring; long life span and high adjustement speed; Flexible mounting via clamps, bushing mount or flange plates; probe tip with pressed-in hardened metal ball

Potentiometric position transducer in compact profile design with double-sided supported actuating rod and internal return spring; very high repeatability and adjustement speed; probe tip with pressed-in hardened metal ball, long life span

from 630kN upt to 25.000 kN

ANDRITZ Kaiser produces highly precise presses for the metal forming industry, thus increasing productivity, quality, and lifetime and decreasing overall operating costs. ANDRITZ Kaiser has delivered more than 8,000 presses for numerous customers world wide, each different in its application. A large number of factors have to be taken into account when deciding on the right press: technical requirements from the product, expected productivity, technical requirements on the press line, integration into the existing production lines, fixed and running costs, process control, fast availability of maintenance/service, availability of spare parts – all these considerations influence mainly the total cost of ownership. Our press solutions are: Conventional high speed presses from 630 kN up to 4,000 kN Conventional stamping and deep drawing presses from 1,000 kN up to 8,000 kN Cutting presses from 1,600 kN up to 6,300 kN Heavy presses from 10,000 kN up to 25,000 kN Servo presses from...

ANDRITZ Kaiser supplies high-precision mechanical presses for sheet metal forming. The decades of experience and the technical execution of the stamping and forming machines guarantee exceptional precision, high productivity and reliability as well as a significant reduction in operating costs. However, a forming line consists not only of the press but of a number of ancillary equipment and auxiliary units, which only result in a functioning system as a whole. We have more than 70 years experience in the integration of press and peripherals. Our experts know exactly the mutual dependencies and requirements of the individual sub-systems. Profitability and productivity are the result of an optimally coordinated system. We are happy to advise you on the planning of your forming plant. However, a forming line consists not only of the press but of a number of ancillary equipment and auxiliary units, which only result in a functioning system as a whole. We have more than 70 years...

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.

Hydraulic presses are suitable for the high-precision forming of various parts, whereby the maximum press capacity is available in every position of the slide. In combination with their flexibility in terms of slide speed and dwell time, they are also particularly suitable for press hardening applications. Overview: ● Press capacity: 1,500 - 25,000 kN ● Part size: small, medium, large ● Application: for the production of drawn parts or as part of a press hardening line Description and benefits: ● Slide movement either pressure and / or travel-dependent ● Specially designed hydraulic system without shift shock during operation ● Motorized oil circulation with cooling or heating unit The models for press hardening are available in 8,000, 12,000 or 16,000 kN and come with a newly developed combination of servomotor and hydraulics that allows higher speeds in the closing and return movement of the slide.

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

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

C-frame presses are flexible solutions for manual work as well as for automated production processes. The CS is the all-rounder among the C-frame presses, while the ECS is ideal for punching and cutting operations with a higher degree of automation. Overview: ● Press capacity: 350-3,000 kN ● Part size: small ● Slide kincematics: crank ● Application: cutting, stamping, bending, embossing Description and benefits: ● Compact design, no foundation work required, good accessibility for maintenance ● Solid, low-stress annealed press body in monobloc design with minimal frame deflection ● Durable, wear-resistant and very quiet hydraulic clutch ● Casting slide with vibration dampening properties (ECS series) ● 4-fold slide guiding for a high tilting rigidity ● Hydraulic overload protection ● Production time as of 12 weeks

The PTS2 series is designed for prototype production, die set-up and modification work (including drawing, bending and punching tasks). The DSP series is especially suitable for die spotting. The mechanical micro inching system provides an accuracy of 0,05 mm. Overview: ● Press capacity: 300-20,000 kN ● Application: die testing tryout and production start-up

The eccentric drive of the DTE series is primarily suited for cutting, blanking, forming and embossing operations. Its characteristic sinusoidal slide motion curve makes it ideal for flat and semi-flat parts. The proven and continuously optimized technology ensures reliable production processes. Overview: ● Type: Eccentric presses ● Press capacity: 8,000 - 25,000 kN ● Part size: large ● Slide kinematics: crank / eccentric motion ● Application: as a single press system either as progdie or transfer mode, as well as a press line Features and benefits: ● High part quality due to rigid, FEM-optimized press design ● The outside located pressure points and a long 8-fold slide guiding system absorbe off-center loads, spare press and die and ensure a constant part quality ● Extensive range of optional equipment, such as die cushions, pneumatic ejectors or moving bolsters for a faster die change

The Scotch-Yoke drive of the DTL series has a modified link drive characteristic and reduces the slide speed during the forming phase. Thus the presses are not only suitable for cutting, punching and forming tasks, but also for drawing operations. The extra time that the material receives for plastic flow significantly increases the quality of the produced parts. The reduced impact speed of the slide extends the life of the press and the die. Overview: ● Press capacity: 6,000 - 30,000 kN ● Part size: large ● Slide kinematics: link ● Application: as a single press system either as progdie or transfer mode, as well as a press line Description and benefits: ● The outside located pressure points and a long 8-fold slide guiding system well compensate off-center loads, spare press and die and ensure a constant part quality. ● The automatic centralized lubrication system increases pro-ductivity and availability.

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.