Conceptual visual of industrial robots in an automotive cell

ROBOTICS. CONTROLS. SIMULATION.

Industrial automation.
Engineered to perform.

Robot and PLC programming, engineering design and process simulation. Axler connects your automation concept with commissioning on the production floor.

DESIGNSIMULATIONROBOTICSPLC
Conceptual image
AUTOMOTIVE PROJECT EXPERIENCE
BMWMercedes-BenzTeslaGeneral MotorsVolkswagen
Mexico · United States · Germany

YOUR CHALLENGE, OUR STARTING POINT

Where does your
operation need to go next?

A new line, a process to validate or an existing cell to improve. Let's define the right engineering scope for your operation.

02 /

Validate before commissioning

Review robot paths, process sequences and cycle times in simulation before commissioning.

Discuss simulation ↗
03 /

Improve an existing cell

Review robot and PLC programming to identify adjustments in a coordinated production process.

Discuss your cell ↗

01 / ENGINEERING SOLUTIONS

Technical depth.
A connected process.

Choose the expertise your project needs, or bring it together in a coordinated scope.

01

Industrial robotics

Robot programming and commissioning, from trajectory setup to cycle-time refinement.

  • Programming & teaching
  • Commissioning
  • Cycle-time optimization
KUKA · ABB · FANUCDiscuss this service ↗
02

Controls & PLC

PLC programming that coordinates robots, field devices and production sequences.

  • PLC programming
  • PROFINET configuration
  • Sequence coordination
SIEMENS · ALLEN-BRADLEYDiscuss this service ↗
03

Engineering & design

Automation concepts, process layouts and operating sequences before implementation.

  • Automation concept
  • Process layout
  • Operating requirements
CONCEPT · LAYOUT · PROCESSDiscuss this service ↗
04

Process simulation

Evaluate robot paths, process sequences and cycle times before commissioning.

  • Robot paths
  • Sequence validation
  • Offline programming
SIMULATION · OFFLINEDiscuss this service ↗
Conceptual rendering of an industrial cell and its digital model
FROM DIGITAL MODEL TO PRODUCTIONConceptual image

02 / FROM CONCEPT TO PRODUCTION

See it digitally.
Make it work
in the real world.

We bring together design, simulation and programming to connect engineering decisions with what happens on your production line.

  1. UnderstandReview the process, objectives and technical requirements.
  2. ValidateExplore layouts, sequences and robot trajectories digitally.
  3. ImplementProgram, commission and refine the operation on site.

03 / PROJECT EXPERIENCE

Engineering on
the production floor.

Selected automotive projects in Mexico, the United States and Germany.

A / 01
BMW

PLC & robot
programming.

Body shop engineering for motor-compartment and rear-end production in Germany, the US and Mexico.

Project details +

Munich · G2X
Spartanburg · G05
San Luis Potosí · G21

PROFINET device configuration, dry runs and cycle-time adjustments.

DE / US / MX
A / 02
Mercedes-Benz

Body shop
commissioning.

Rear-end, motor-compartment and underbody commissioning for US automotive programs.

Project details +

BR167 · X294 · X296.
Device configuration, simulation and work to the Integra 5 standard.

US / BODY SHOP
A / 03
Tesla

Production
support.

Body shop production improvements for Project Legacy at Tesla GigaTexas, United States.

US / GIGATEXAS

ADDITIONAL AUTOMOTIVE EXPERIENCE

General Motors Volkswagen

Additional automotive project experience with General Motors and Volkswagen.

Discuss your application ↗

TECHNOLOGIES WE WORK WITH

KUKAABBFANUCSIEMENSAllen-Bradley

BEFORE WE START

A clear scope.
A useful conversation.

Here are a few details to help you prepare your inquiry.

Can I request a single engineering service?

Yes. Tell us whether you need robotics, PLC, design or simulation. We can discuss that specific need or how to coordinate multiple disciplines.

Can we review an existing production process?

Describe the cell, robot or PLC platform and the behavior you want to review. That information helps us define the engineering scope.

What should I include in my inquiry?

Application, location, robot/PLC platform, project stage and planned schedule. Include the target cycle time if relevant. An overview is enough to start.

Can simulation support commissioning preparation?

Simulation allows you to review trajectories, sequences and cycle times in a digital environment. The scope and validation criteria depend on the specific project.

04 / LET'S TALK

Let's define your
next engineering step.

Tell us about your process, robot or PLC platform, objective and planned schedule.

We will use these details to respond to your inquiry. Please do not include confidential project information.