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Solutions

What We Automate

Each solution is engineered around your specific process, parts, and floor constraints. We handle the integration so you can focus on production.

Automated Machine Tending for Lathes and Mills

Remove the operator from repetitive load/unload cycles. Our CNC tending cells handle part placement, door actuation, and cycle initiation while maintaining the precision your process demands.

Who It's For

  • High-volume turning operations
  • Milling cells with predictable cycle times
  • Operations running multiple shifts
  • Shops with labor recruitment challenges
FANUC CRX cobot in a CNC tending cell
FANUC CRX-20iA/L tending a CNC machine

Typical Cell Components

Robot
CNC Machine 1
CNC Machine 2
Infeed Conveyor
Outfeed Conveyor
Safety Zone

Typical Cell Layout

Single robot serving 1-2 machines with infeed/outfeed conveyors or part presenters. Safety fencing or collaborative zone configuration based on cycle time requirements.

Required Inputs

Part Weight
Up to 25 kg depending on model
Cycle Time
> 45 seconds recommended
Machine Interface
FANUC, Siemens, or other CNC controls
Part Geometry
Grippable features required

Safety Note

FANUC collaborative robots enable fenceless operation for appropriate applications. Safety assessment included in every proposal.

Related Resources

ROI Analysis Deck

Financial

Eagle Automation Solutions 2026

Overview

Organized Part Handling for Downstream Efficiency

Finished parts stacked precisely for heat treat, coating, assembly, or shipping. Custom fixtures ensure part protection and optimize pack density.

Who It's For

  • Operations feeding secondary processes
  • Shipping-ready part staging
  • Clean room or controlled environments
  • High-mix part families with similar footprints
FANUC CRX-10iA kitting and palletizing application
FANUC CR-35iB handling heavy metal castings

Typical Cell Components

Robot
Machine Output
Pallet Station A
Pallet Station B
Light Curtain

Typical Cell Layout

Robot positioned between machine output and pallet stations. Dual-pallet configuration allows continuous operation during pallet changes.

Required Inputs

Part Dimensions
Length, width, height
Stack Pattern
Grid, nested, or custom
Pallet Size
Standard or custom
Parts per Pallet
Target quantity

Safety Note

Light curtains or area scanners maintain productivity while ensuring operator safety during pallet exchange.

Related Resources

Eagle Automation Solutions 2026

Overview

Seamless Material Flow Into and Out of Your Process

From raw stock to finished part, automate the material handling that consumes operator time. Interface with any CNC control for coordinated operation.

Who It's For

  • Bar-fed or blank-loaded machines
  • Secondary operations requiring precise positioning
  • Multi-machine cells
  • Operations with heavy or awkward parts
FANUC CRX-30iA machine tending a Robodrill
CRX-20iA/L loading parts into a Robodrill Plus

Typical Cell Components

Robot
Infeed Conveyor
CNC Machine 1
CNC Machine 2
CNC Machine 3
Outfeed Staging

Typical Cell Layout

Centralized robot with reach to multiple machines. Gravity or powered conveyors for infeed/outfeed staging.

Required Inputs

Stock Type
Bar, blank, casting
Part Weight
Loaded and finished
Machine Count
1-4 typical
Control Type
FANUC, Siemens, etc.

Safety Note

Full risk assessment ensures proper guarding for payload and speed requirements.

Related Resources

ROI Analysis Deck

Financial

Executive Summary

Financial

Multi-Operation Routing with Automated Access

Connect sequential operations with automated part transfer. Integrated door handling eliminates the slowest part of your cycle.

Who It's For

  • Op 10 / Op 20 configurations
  • Turn-mill operations
  • In-process inspection stations
  • Cells with multiple workholding setups
FANUC CRX-10iA/L battery inspection and part transfer
FANUC CRX-20iA/L next to CNC with door handling

Typical Cell Components

Robot
Op 10 Machine
Op 20 Machine
Staging Buffer
Door Actuator
Safety Interlock

Typical Cell Layout

Single robot managing part flow between 2-4 stations. Intermediate staging for buffer and inspection.

Required Inputs

Operation Sequence
Process flow
Transfer Time Budget
Available window
Door Type
Sliding, swing, vertical
Part Orientation
Flip/rotate requirements

Safety Note

Door interlocks and machine status monitoring ensure safe coordination between robot and equipment.

Related Resources

Eagle Automation Solutions 2026

Overview

Automated Deburring and Light Assembly Operations

Remove manual deburring bottlenecks and repetitive assembly tasks. Consistent force control and path accuracy eliminate quality variation while freeing skilled operators for higher-value work.

Who It's For

  • Parts requiring consistent edge breaks or chamfers
  • High-volume deburring after machining operations
  • Repetitive assembly or fastening tasks
  • Operations where manual deburring creates ergonomic risk
FANUC CRX-10iA sanding and surface finishing
FANUC CRX-20iA/L dispensing application

Typical Cell Components

Robot
Deburring Spindle
Part Presenter
Dust Collection
Inspection Station

Typical Cell Layout

Robot with force-controlled deburring spindle or compliant tool. Parts presented via conveyor, tray, or direct machine output. Dust collection integrated as needed.

Required Inputs

Part Geometry
Edge profiles and surface requirements
Material
Aluminum, steel, titanium, etc.
Cycle Time Target
Seconds per part
Finish Spec
Edge break size, Ra requirements

Safety Note

Force-sensing tools and enclosed work zones ensure operator safety. Dust and chip management integrated into cell design.

Related Resources

Eagle Automation Solutions 2026

Overview

All Resources

Download specifications and financial analysis materials.

ROI Analysis Deck

Financial

Executive Summary

Financial

Eagle Automation Solutions 2026

Overview