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Controls engineer working at an industrial PLC panel with an HMI and production dashboard

06CAPABILITIES / 06

Controls and software. Aligned with the machine.

Falco develops PLC, HMI, SCADA, safety, robotic, vision, and production-data functions as part of the complete equipment architecture.

Start a projectSee the scope
Machine control
PLC & HMI
Coordination
Robot · vision · safety
Visibility
SCADA & production data

WHAT THE CAPABILITY CONNECTS

Built around the operating requirement.

The control system should reflect how the machine actually moves, fails, recovers, and produces.

Falco engineers controls alongside the physical system so sequences, interlocks, operator workflows, safety functions, sensors, and actuators remain aligned with the mechanical design.

Machine-level control can be connected to SCADA and production-data systems when the project requires broader visibility, coordination, or reporting.

Control
PLC systems
Operator
HMI workflows
Supervision
SCADA
Integration
Robots & vision

SERVICES & DELIVERABLES

Control architecture through production visibility.

The controls scope is shaped around the machine, the operator, the plant network, and the support model.

01

Control architecture

Define PLC, I/O, networks, safety hardware, motion, panels, devices, and system interfaces.

02

PLC & HMI development

Program machine sequences, interlocks, modes, alarms, recipes, diagnostics, and operator workflows.

03

SCADA & data

Connect equipment status, alarms, trends, production information, and supervisory functions where required.

04

Robotics & vision

Coordinate robot programs, camera results, motion, safety, and machine-state control inside the larger cell.

WHERE IT APPLIES

Software for new and installed equipment.

Controls work may be part of a new machine, a line integration, or a focused modernization effort.

New systems

Machine controls
PLC logic, motion, I/O, HMI, safety coordination, and electrical integration.
Cell orchestration
Coordinate robots, vision, conveyors, process equipment, and adjacent machines.
Production visibility
Expose status, alarms, trends, recipes, and production data to the appropriate systems.

Modernization

Controls migration
Replace aging controls while preserving required machine behavior and field interfaces.
HMI improvement
Clarify operating modes, diagnostics, alarms, changeover, and maintenance workflows.
Connectivity
Add equipment networking, data collection, remote support paths, or higher-level integration.

HOW THE WORK MOVES

Program from the operating sequence outward.

Control behavior is defined, implemented, tested, and commissioned against the physical machine.

  1. 01

    Architect

    Define devices, networks, safety, motion, interfaces, data, and responsibility boundaries.

  2. 02

    Develop

    Create electrical design, PLC code, HMI workflows, robot logic, vision integration, and SCADA functions.

  3. 03

    Integrate & test

    Connect software to the equipment, exercise modes and faults, and refine diagnostics before deployment.

  4. 04

    Commission & support

    Tune on site, validate interfaces, train users, document the system, and retain support context.

See the complete project lifecycle

START WITH THE REQUIREMENT

Tell us what the equipment needs to do.

Bring Falco the process, constraint, or production objective. We will connect it to the right controls, software & scada scope and the disciplines required to deliver it.