03Controls Implementation
Controls implementation, from logic to a running cell
Robot programmers, controls engineers and simulation experts work with manufacturers to design, simulate and implement robotic workcells.
- Virtual commissioning
- Robot and PLC
- Vision
- Cycle time
- Start of production
01Overview
What controls implementation covers
What it is
Implementation makes engineered controls run on real equipment: loading programs, proving I/O, tuning sequences and bringing the cell up to rate.
Why it matters
Much of a project's schedule risk sits between a finished design and a cell that makes good parts at rate.
How ARS does it
Virtual commissioning proves the sequence first, then robot, PLC and vision programming come up together, with support through the very start of production.
We offer everything from virtual commissioning, to vision integration, to robot and PLC programming.
02Scope
Scope of work
- Workcell design, simulation and implementation
- Virtual commissioning
- Robot and PLC programming
- Vision integration
- Cycle time optimization
- Support through the start of production
- Turn-key builds in house
Industries
Industries where this applies
- 01
Automotive
OEM clients ARS publishes: Nissan, GM, Stellantis, BMW and Ford.
- 02
Life Sciences
Repeatable handling and inspection where every step has to be documented.
- 03
Pharmaceutical
Changes modeled in simulation before they reach a validated line.
- 04
Food and Beverage
Cycle time held on lines where every stopped hour counts.
- 08
Marine
Large curved parts and demanding finishes for boats, engines and components.
03Questions
Common questions
What is virtual commissioning?
Virtual commissioning is testing control logic against a simulated model of the cell before the hardware runs. ARS offers it.
Does ARS stay through start-up?
Support runs from the beginning of the process through the very start of production.
Ready to accelerate your automation process?
Tell us about the part, the rate and the robots. One of our representatives will reach out to you.