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ASOMmini · for a quick start

Understand and design linkages – quickly and easily

Do you need to quickly design a four-bar linkage or adapt an existing six-bar linkage to new requirements? With ASOMmini, you get usable results in conceptual design in a short time – with motion and forces in real time.

ASOMmini user interface with an excavator arm: three linear drives, trajectories on the canvas, element tree, properties and the drive functions of the three drives
Your benefits

The quick way into kinematics

For pure linkages: with ASOMmini, you get results quickly without lengthy onboarding.

For your design engineers

Modeled in a few clicks

You build the kinematic chain from links and joints in one go.

Everything in real time

Motion, forces and diagrams respond immediately to every change.

Forces with friction

Drive, manual and joint forces, optionally with friction in the joints.

Design cam plates

The contour results from the motion you specify.

For your company

Validate concepts at the design stage

Motion and forces are settled before the first part is manufactured.

Your data stays with you

ASOMmini runs locally on your computers, with no cloud. For activation, only license data is sent to our license server in Germany – and, if you wish, activation works entirely offline.

Direct from the developer

ASOMmini is developed in Germany. Introduction, consulting and support come directly from info-key – with 26 years of kinematics know-how.

Model and move

From four-bar to multi-bar linkage in a few clicks

You connect links and joints into a kinematic chain in one go. Drives set the system in motion, and you shape the motion profile directly in the diagram.

  • Revolute and prismatic joints, fixed and floating bearings
  • Motion profiles made of segments with smooth transitions
  • DXF drawings as templates, optionally moving with the component
Video: Drive functions (2:29)
Multi-bar linkage with three linear drives in ASOMmini, plus the drive functions of two drives made up of several segments
Calculate forces

See forces while you design

At every point in time during the motion, ASOMmini calculates the required drive and manual forces as well as the forces in all joints – including weight, springs and friction.

  • Joint and bearing forces as vectors directly on the model
  • Springs with custom characteristic curves, loads with custom time curves
  • Manual force exactly where a person moves the system

Forces are calculated kinetostatically.

Video: Four-bar linkage with manual force (1:25)
Flap in ASOMmini: load function of an energy storage versus stroke, manual force over time and force vectors on the model
Analyze and present

Measure, compare, convince

Trajectories, the instantaneous center and the fixed and moving centrodes make the motion visible, while diagrams show displacement, velocity, acceleration and forces over the entire motion sequence. With DXF sketches of your components, this quickly becomes a vivid presentation.

  • Measure angles and distances at any point
  • Derive cam plates from the desired motion
  • Export diagram values as text
Video: Roller follower (0:56)
Distance measurement in ASOMmini with a diagram over time, plus the element tree with joints, drives and measuring tool
More features

Even more in ASOMmini

Four-bar linkage in ASOMmini with the path of a coupler point, plus the position of the point and the angular velocity of a link over time

Every point in view

ASOMmini shows the position of a point, the velocity of a link and more as a diagram over time. You see the path of the point directly on the model.

Four-bar linkage in ASOMmini with a drive function made of several segments and the manual force over time

Motion and manual force together

The drive follows a motion profile made of segments, such as raising, holding and lowering. The manual force element shows the required force over the entire sequence.

Examples

ASOMmini in action

See in just a few minutes how ASOMmini solves typical tasks – from a furniture fitting to an excavator arm.

2:41
Furniture · ASOMmini

Kitchen cabinet flap

Set the tension springs on a six-bar hinge so that a 2–8 kg flap opens by itself from about 15–20°. ASOMmini shows the manual force curve.

0:42
Mechanical engineering · ASOMmini

Excavator arm

Three linear drives, one per degree of freedom, move the boom, stick and bucket. Their motion profiles are coordinated with one another.

1:56
Basics · ASOMmini

Chebyshev straight-line linkage

A Chebyshev four-bar linkage guides a point along an almost straight line: with a coupler length of 20 cm, the straight section lies within a corridor of about 1 mm.

You will find more examples in our example overview.

View all examples
ASOMmini or ASOMv10?

Need more? Then ASOMv10 is the right choice.

Both calculate motion and forces in real time. ASOMv10 offers syntheses, load cases, additional linkage elements and interfaces, while ASOMmini, for its part, offers cam plates from a specified motion.

ASOMmini for a quick start

  • Links, revolute and prismatic joints
  • Forces with friction and springs
  • Cam plates and DXF import

ASOMv10 for complex concepts

  • Syntheses for one-bar, four-bar and six-bar linkages as well as slider-cranks
  • Gears, belt transmissions, racks and curved guides
  • Load case comparison, scripts and COM interface
View ASOMv10

Get to know ASOMmini

We present ASOMmini to you in an online meeting without obligation and answer your questions. You do not need any training: every license comes with a personal introduction to ASOMmini, usually two to four hours.

Request an online demo