If you have never managed a robotic cell installation before, the process can seem complex. As an installation contractor that installs robotic systems from FANUC, Kawasaki, Yaskawa/Motoman, and ABB in automotive and industrial production environments, here is what the installation process actually looks like from start to finish.
Phase 1: Pre-Installation Planning
Before a single tool hits the floor, the installation crew needs to understand the full scope of work. This starts with a review of engineering drawings, equipment lists, and site conditions.
What happens:
- Review of cell layout drawings (plan and elevation views)
- Equipment list review with weights and dimensions for rigging planning
- Site walk to assess floor conditions, crane access, overhead clearances, and utility availability
- Development of a rigging plan for heavy equipment (robots, positioners, tooling)
- Coordination with the system integrator on installation sequence and controls access requirements
- Safety plan development specific to the site
Duration: 1-5 days depending on cell complexity. This often happens 2-4 weeks before the physical installation begins.
Phase 2: Site Preparation
The installation area needs to be ready before equipment arrives. This may include concrete work, utility rough-in, and structural preparation.
What happens:
- Foundation preparation (anchor bolt layout, concrete pads, leveling)
- Utility rough-in (electrical conduit, compressed air headers, water lines, drain piping)
- Structural steel erection (if mezzanines, platforms, or overhead structures are part of the cell)
- Equipment staging area preparation
Duration: 2-5 days for typical cells. Longer for complex multi-robot lines with significant structural steel.
Phase 3: Equipment Setting
This is where the cell takes shape. Robots, positioners, tooling, and support equipment are rigged into position and anchored.
What happens:
- Rigging and placement of robots on pedestals (using overhead crane or mobile crane)
- Precision alignment of robot bases to layout drawings
- Positioner setting and anchoring
- Tooling fixture installation
- Controls cabinet placement
- Safety fence post installation
Duration: 1-3 days for a single robot cell. 1-2 weeks for multi-robot lines.
Phase 4: Utility Connections
Once equipment is set, all utility connections are made. This is where multi-trade capability matters — mechanical, electrical, and plumbing work happens simultaneously.
What happens:
- Electrical power connections to robots, controls, and auxiliary equipment
- Compressed air piping to pneumatic devices
- Water connections (for welding cooling, paint delivery, etc.)
- Safety circuit wiring (E-stops, light curtains, interlocks, gate switches)
- Signal and communication wiring between components
Duration: 2-5 days depending on the number of utility connections.
Phase 5: Safety System Installation
Robotic cells require physical safety barriers and electronic safety systems to protect personnel.
What happens:
- Safety fence panel installation and anchoring
- Light curtain mounting and alignment
- Access gate installation with interlocks
- E-stop station mounting and wiring
- Safety signage
Duration: 1-3 days. Often overlaps with utility connection work.
Phase 6: Mechanical Completion and Punch List
Before the integrator’s controls team starts commissioning, the installation crew performs a thorough mechanical completion review.
What happens:
- Verification of all mechanical connections (torque checks, alignment verification)
- Utility system testing (air pressure tests, electrical checks, flow verification)
- Punch list walkdown with the integrator or customer
- Resolution of any punch list items
- Handoff documentation
Duration: 1-2 days.
Phase 7: Commissioning Support
Commissioning is primarily the integrator’s responsibility — they power up the robots, run programs, tune processes, and validate production. The installation crew supports this phase by addressing any mechanical issues that arise during startup.
What happens:
- Installation crew on standby for mechanical adjustments
- Minor relocations or modifications as the integrator fine-tunes the cell
- Final punch list resolution
Duration: 1-5 days of standby support depending on project requirements.
Total Timeline
A single-robot welding cell installation typically takes 1-3 weeks from site prep through mechanical completion. A multi-robot production line can take 4-8 weeks. These timelines assume equipment and materials arrive on schedule — material delays are the most common cause of installation schedule slippage.
Tips for a Smooth Installation
- Get the drawings right before installation starts — Changes during installation are expensive. Invest the time in pre-installation planning.
- Coordinate equipment delivery with the installation schedule — Equipment arriving before the site is ready creates storage and handling costs. Equipment arriving late delays the crew.
- Designate a single point of contact — The installation crew needs one person on the customer side who can make decisions and approve work.
- Plan for the unexpected — Existing utilities are rarely where the drawings say they are. Floor conditions are rarely perfect. Build buffer into the schedule.
Planning a robotic cell installation? Contact iMi to discuss your project timeline and requirements. Call 502.627.0646.
