Turnkey Automation Systems

Complete Integration from Power to Process

When production uptime, throughput, and safety are on the line, gaps between mechanical, electrical, and controls systems create real operational risk.

Turnkey automation is not simply about convenience. It is a project structure designed to control integration risk, protect startup schedules, and ensure systems meet defined production criteria.

At DRM, turnkey automation systems are executed by one accountable engineering team responsible for the full scope, from incoming power distribution through robotics, controls architecture, and production data visibility.

In This Guide

What Turnkey Should Mean to an Engineering Leader

For Engineering Managers and Project Managers, turnkey integration should reduce operational risk by eliminating common coordination failures.

  • • Coordination overhead
  • • Risk of conflicts between multiple vendors
  • • Startup delays
  • • Scope ambiguity
  • • Coordination failures across engineering disciplines

In segmented project structures, mechanical design may be handled by one firm, controls by another, and installation by a third. This fragmentation shifts integration responsibility back to the plant during commissioning.

Proper turnkey execution integrates:

  • • Mechanical design
  • • Electrical design and construction
  • • Controls architecture
  • • Robotics integration
  • • Functional safety systems
  • • Data and reporting infrastructure
  • • Commissioning and validation

The objective is achieving defined production performance at startup, without cross-contractor troubleshooting delays.

When Turnkey Integration is Required

Turnkey integration is appropriate when:

  • • Downtime risk is unacceptable
  • • Multiple disciplines must move in coordination
  • • Startup schedule is fixed
  • • You require one point of accountability
  • • Long-term system maintainability and support are priorities

When controlled execution and predictable startup performance are critical, a unified turnkey structure provides the most reliable path to production readiness.

DRM Turnkey Execution Model

Turnkey automation projects succeed when engineering, fabrication, installation, and commissioning are coordinated under a disciplined execution structure. DRM delivers turnkey systems using the following model.

1. Discovery and Alignment

For Operations Directors and Plant Managers, the most important step is clarity.

We define:

  • • Production targets
  • • Cycle time requirements
  • • Changeover expectations
  • • Facility constraints
  • • Safety standards
  • • Data requirements

We align on measurable success criteria before engineering begins.

2. Integrated System Design

Our mechanical, electrical, and controls teams develop the system architecture together, supported by in-house CNC machining and custom fabrication capabilities.

This prevents common failures such as:

  • • Mechanical layouts that complicate wiring
  • • Controls designs that ignore maintenance access
  • • Robotics cells without proper safety zoning
  • • Network structures that cannot scale

We design for both installation and maintainability.

3. Controls and Data Architecture

Maintenance Managers and Controls Engineers require clear system architecture and documentation for long-term support.

We develop:

Systems are engineered for long-term maintainability with clear controls architecture and complete documentation.

4. Project Management and Procurement

We manage project scheduling, procurement, vendor coordination, and site execution under a unified project management structure. Material lead times, installation sequencing, and startup milestones are controlled within one accountability framework to protect schedule and budget.

5. Fabrication and Installation

We build and test UL 508A-certified control panels in-house and support projects with our CNC machine shop and custom fabrication capabilities for tooling, fixtures, and mechanical components used in automation systems.

Electrical and mechanical installation is coordinated under one project structure. That prevents the common scenario where electrical work waits on mechanical completion or vice versa.

When we relocate or integrate equipment into live production environments, installation sequencing is structured to minimize production downtime.

6. Functional Safety Integration

For Environmental, Health, and Safety (EHS) leaders and plant management, safety must be engineered into the system, not added later.

We implement:

  • • Risk assessments
  • • Light curtains and guarding
  • • Interlocked access
  • • Safety PLC integration
  • • TÜV-aligned safety practices

Safety systems are validated before production release.

7. Commissioning and Startup

Commissioning is where system integration is proven under real production conditions.

We validate:

  • • Motion synchronization
  • • Robot path accuracy
  • • Safety interlocks
  • • Fault recovery logic
  • • Data accuracy
  • • Operator interface usability
  • • Risk assessments

Startup performance is measured against the criteria defined during discovery.

8. Post-Installation Support

Turnkey responsibility does not end at startup. We provide documentation packages, operator training, controls support, and structured follow-up to ensure systems perform as expected under production conditions. Long-term serviceability is engineered into every project.

Where Turnkey Delivers Measurable Impact

Turnkey integration becomes most valuable when:

  • • Adding robotics to a legacy line
  • • Reconfiguring plant layouts
  • • Expanding production capacity
  • • Modernizing obsolete controls
  • • Relocating equipment across facilities
  • • Integrating inspection or vision systems into existing processes

In these scenarios, integration risk is often greater than the risk of any individual component. A coordinated approach protects schedule and production.

Typical Turnkey Systems 

Turnkey automation systems frequently include:

  • • Assembly lines
  • • Conveying systems
  • • Robotic dispensing and palletizing cells
  • • Packaging systems
  • • Process control and environmental systems
  • • Equipment relocation and re-application
  • • Plant-wide data collection platforms

Each system is engineered under a unified project structure to eliminate cross-discipline gaps.

Industries Served

DRM delivers turnkey automation systems across a wide range of manufacturing environments. While many projects support automotive, consumer goods, heavy industry, aerospace, defense, and food and beverage operations, our integration model is industry-agnostic and adaptable to any production environment requiring coordinated mechanical, electrical, controls, and robotics integration.

Example Applications

Representative turnkey automation projects include:

  • • Robotic encapsulation and assembly lines supporting high-volume glass manufacturing

    • Automated dispensing and material application cells with integrated motion control and diagnostics

    • Robotic palletizing and material handling systems for end-of-line automation

    • Vision inspection systems integrated directly with PLC logic for real-time quality response

    • Production data collection and reporting platforms providing line-level performance visibility

In each case, mechanical, electrical, controls, and safety were engineered as one system.

Why Manufacturers Select DRM for Turnkey Automation Systems

Accountability from Power to Process 

We take responsibility for:

  • • Incoming power distribution
  • • Control panel design and build
  • • Machine-level automation
  • • Robotics
  • • Safety systems
  • • Production data infrastructure

This eliminates scope fragmentation.

Engineering Rigor

  • • UL 508A-certified control panel fabrication
  • • Structured controls documentation
  • • TÜV aligned safety integration
  • • Cross-discipline design reviews

Systems are built to operate reliably under production pressure.

Integrated Partnership Approach

Our teams work alongside plant engineering and operations personnel throughout the project lifecycle. Communication is structured, documented, and consistent. Clients remain informed and engaged without being required to manage cross-discipline coordination.

Define Scope Before Capital Is Committed

Every facility is different.

If you are evaluating a capital automation project, line modernization, robotic system integration, or controls upgrade, we can conduct a structured scope and integration risk review early in the process.

Clear scope and aligned expectations protect both schedule and performance.

Discuss Your Automation Project

If you are evaluating a capital automation project, robotics integration, controls modernization, or facility expansion, early scope definition can prevent costly integration challenges later in the process.

DRM works with engineering and operations teams to evaluate system requirements, identify integration risks, and define a clear path to production-ready automation systems.

Start the Conversation

Frequently Asked Questions

What is a turnkey automation solution?

A turnkey automation solution is a project delivery structure in which one provider is responsible for engineering, fabrication, installation, programming, integration, and commissioning of a system.

Mechanical, electrical, controls, robotics, and safety disciplines are coordinated under one contract and unified project management structure with defined startup accountability.

Systems integration typically focuses on PLC programming, robotics communication, and network configuration.

Turnkey automation includes systems integration and may also include mechanical design, equipment fabrication, electrical construction, safety validation, and commissioning through startup. Responsibility extends through startup.

Turnkey delivery is used when multiple engineering disciplines must align, production downtime carries operational risk, startup milestones are fixed, or modernization scope affects multiple system layers.

Robotics additions and plant reconfiguration often require this structure.

When mechanical, electrical, and controls contractors operate independently, integration responsibility can become unclear.

Common issues include startup delays caused by scope boundaries, late safety integration, extended troubleshooting between vendors, and incomplete documentation.

Project duration depends on system complexity, fabrication requirements, and site conditions.

Standalone automation cells may require several months. Full production line integration or facility reconfiguration may require longer timelines.

Pricing reflects engineering, fabrication, robotics integration, safety systems, installation, and commissioning.

Cost drivers may include custom mechanical design, robotics and tooling, control system architecture, compliance requirements, data infrastructure, and site constraints.

Yes. Robotics are frequently integrated within turnkey projects.

Scope may include tooling design, robot programming, safety zoning, PLC communication, and vision integration.

Many turnkey projects require custom control panels and coordinated power distribution.

UL 508A panel fabrication supports consistent documentation and pre-install testing.

Safety integration begins during system design.

Scope may include risk assessment, guarding integration, interlocks, safety PLC architecture, and validation prior to production release.

Yes.

Modernization projects may include PLC upgrades, HMI replacement, robotics integration, control panel rebuilds, network updates, and safety improvements.

DRM’s engineering, fabrication, and control panel manufacturing operations are based in Tennessee, supporting automation projects for manufacturers across the United States.

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