PROGRESSIVE PRESS
Servo Presses

PMX

URL : http://www.aida.co.jp/617−A−1809E

Mechanical Presses

High-Precision Progressive Presses

PMX Series

Our Track Record Attests to This Bestseller
for Progressive Applications

The left/right shaft configuration and the wide spacing between the connection points enables PMX presses tocapably withstand off-center loads, and it utilizes a proprietary 'torque unit' design that doesn't transmit reverse
loads to the drive gears.
The high precision of each component is achieved by machining the components in-house, and the total
clearance is JIS Special Class or lower.
The highly rigid frame and the symmetric design delivers high precision, high performance, and high durability.

Crown

Torque Unit

A Unique 4-Point Press Design

Dynamic Balancer
Crankshaft

Total Clearance is JIS Special Class or Lower

Connecting Rod

Minimizes breakthrough that occurs during blanking,increases die life, and also improves product precision.

Point

3.0

Slide

Total clearance (mm)2.8Column

Bed

2.6
2.4

Crankless Press (JIS Class 1)

2.2

Crank Press (JIS Class3)

2.0
1.6
1.4
1.2
1.0

Crank Press (JIS Class 2)

In-House Manufacturing That Cannot be Imitated (Pre-Loaded Machining)

Crank Press (JIS Class 1)

In order to achieve high-precisionassembled components, theminimal deformation that occurs
once components are mounted in
the press is replicated during themachining process.

0.8
0.6

PMX

0.2
02-Point Press Design

4-Point Press Design

1.8

0.4

Tie RodThanks to its unique left-right shaft
configuration, even a 4-point press witha wide front-to-back area can capably
withstand off-center loads.
It rises above the competition when it
comes to progressive forming
applications for automotive structural
panels from high-strength materials andfor blanking applications. Moreover, wehave also delivered many presses with
peripheral equipment, such as AIDA coillines and pilers.

100（980）200（1960）

300（2940）

400（3920）

500（4900）

600（5880）

Press Nominal Capacity tf（kN）

A Servo PMX to Boost Performance to the Next Level !

● A direct-drive design that fully transmits the servo motor
RPMs to the slide.
● A maintenance-free design--No belts or speed reducers, andno regular replacement of components.
● The gear train drive eliminates slide point phasing issues.

Improved
Formability

The press motion is freely programmable to match the forming application.
Reduces speed when the dies come in contact and suppresses material and die vibration.

Improved
Productivity

Enables easy synchronization with automation systems, and the optimization of the non-forming
range of the stroke boosts productivity.
Pendulum motion that does not pass through top dead center shortens the stroke length anddelivers even higher productivity.

Improved
Operability

Using the Step Feed controller to align dies enables worry-free die trials even for new dies.
Because there is no flywheel, instantaneous reverse motion is possible.

Lower Energy The AIDA servo system's peak power reduction function in its standard high-capacity capacitor
system has been further enhanced, and a control function has been added to the servo power
Costs
supply in order to reduce power consumption.