How Mature Is Your Machine Safety Approach?

Machine safety is more than guarding individual pieces of equipment.

A strong machine safety approach requires coordination between safety, engineering, maintenance, operations, purchasing, leadership, and the people who interact with machinery every day.

The Machine Safety Self-Assessment Scorecard is a practical tool designed to help manufacturers evaluate how consistently machine safety is being managed across their organization.

The scorecard helps answer a broader question:

“Do we have a repeatable machine safety process—or are we addressing safety one machine and one project at a time?”

Download the Machine Safety Self-Assessment Scorecard

What Is a Machine Safety Self-Assessment Scorecard?

The Machine Safety Self-Assessment Scorecard is a high-level organizational review used to evaluate key elements of a manufacturer's machine safety approach.

Rather than evaluating the safeguarding of one specific machine, the scorecard looks at the processes and practices surrounding machine safety.

It can help identify areas where an organization has established consistent practices as well as areas where additional structure, documentation, ownership, or standardization may be beneficial.

The goal is not to produce a compliance grade.

The goal is to identify where your machine safety program is strong, where gaps may exist, and where the organization should consider focusing next.

What Does the Scorecard Evaluate?

The scorecard reviews several areas that contribute to a more structured machine safety program.

1. Leadership & Ownership

Who owns machine safety within the organization?

Consider whether responsibilities are clearly defined between:

• Safety

• Engineering

• Maintenance

• Operations

• Plant leadership

• Corporate leadership

Organizations with unclear ownership can struggle to move identified concerns from assessment to implementation.

2. Machine Risk Assessment

Does the organization have a consistent approach for evaluating machine hazards?

Consider:

• When assessments are performed

• Who performs them

• What methodology is used

• How findings are documented

• How corrective actions are tracked

• When machines are reassessed

A repeatable assessment process helps create consistency between machines, departments, and facilities.

3. Safeguarding Standards

Are machine safety solutions being designed using consistent principles?

Consider whether your organization has established expectations for:

• Physical guarding

• Guard openings

• Interlocks

• Light curtains

• Safety scanners

• Safety mats

• Emergency stops

• Safety controls

• Reset functions

• Bypass conditions

• Safety distances

Without defined standards, safeguarding solutions can vary significantly depending on the machine, facility, engineer, integrator, or vendor involved.

4. Engineering & Risk Reduction

What happens after a machine safety concern is identified?

Consider whether your organization has a defined process for moving from:

Hazard → Evaluation → Risk-Reduction Strategy → Engineering → Implementation

Machine safety findings are most valuable when there is a clear path for turning them into engineered improvements.

5. Documentation & Validation

How does the organization verify and document completed machine safety improvements?

Consider:

• Design documentation

• Electrical documentation

• Safety device settings

• Safety-distance calculations

• Control-system documentation

• Functional testing

• Validation

• Final acceptance

• Corrective-action closeout

Documentation helps preserve the reasoning behind a machine safety solution long after the original project team has moved on.

6. Maintenance & Sustainability

What happens after the machine safety project is complete?

Safeguarding systems should remain functional throughout the life of the equipment.

Consider whether the organization has established practices for:

• Guard inspections

• Interlock testing

• Safety device testing

• Damage reporting

• Bypass management

• Preventative maintenance

• Modification control

• Periodic review

Machine safety is not complete when the installation is finished.

7. Training & Knowledge

Do the people responsible for machine safety understand the organization's expectations?

Consider training for:

• Operators

• Maintenance personnel

• Engineers

• Controls personnel

• EHS professionals

• Supervisors

• Purchasing

• Project managers

A machine safety strategy becomes more sustainable when knowledge is shared rather than concentrated in one individual or department.

8. Standardization Across Facilities

For organizations with multiple plants, machine safety can become increasingly difficult to manage as each facility develops its own practices.

Consider whether facilities share:

• Assessment methodology

• Risk-reduction philosophy

• Safeguarding standards

• Preferred safety devices

• Engineering expectations

• Documentation requirements

• Validation practices

• Acceptance criteria

Standardization can help create a more consistent machine safety approach across the organization.

How Does the Scorecard Work?

The scorecard provides a series of questions covering the major elements of a machine safety program.

Responses are used to create a high-level picture of the organization's current approach.

The process is simple:

ASSESS → SCORE → IDENTIFY GAPS → PRIORITIZE → IMPROVE

Assess

Answer questions about your current machine safety practices.

Score

Review how consistently those practices are applied.

Identify Gaps

Identify areas where processes, documentation, ownership, or standards may be limited or inconsistent.

Prioritize

Determine which areas deserve additional attention.

Improve

Develop practical next steps for strengthening the organization's machine safety approach.

Understanding Your Score

The scorecard should be viewed as a conversation starter and planning tool, not a compliance rating.

Rather than simply producing a pass/fail result, the score can help identify an organization's relative level of machine safety structure.

For example, results might indicate that the organization's approach is:

Developing

Machine safety is primarily addressed as individual issues arise, with limited standardization or documented processes.

Building

Some processes and standards are established, but implementation may vary between machines, departments, or facilities.

Structured

Machine safety responsibilities, assessment practices, engineering expectations, and documentation are becoming standardized and repeatable.

Programmatic

Machine safety is managed as an ongoing organizational system with established standards, ownership, documentation, validation, maintenance, and continuous improvement.

The objective is not necessarily to achieve a perfect score.

The objective is to understand where you are today and determine what should improve next.

Who Should Complete the Scorecard?

The scorecard can be completed individually, but it may provide greater value when several departments participate.

Consider involving:

• EHS

• Engineering

• Maintenance

• Operations

• Plant management

• Corporate safety

• Corporate engineering

Differences between how departments answer the same questions can sometimes be as valuable as the score itself.

If safety believes a process is standardized but maintenance or engineering sees it differently, that may reveal an important opportunity for alignment.

When Should You Use It?

Consider completing the Machine Safety Self-Assessment Scorecard when:

• Beginning a machine safety improvement initiative

• Developing an annual safety strategy

• Preparing a machine safety budget

• Standardizing practices across departments

• Reviewing multiple manufacturing facilities

• Integrating newly acquired facilities

• Developing corporate machine safety standards

• Preparing for leadership discussions

• Reviewing progress year over year

Repeating the scorecard periodically can also help organizations evaluate whether their machine safety processes are becoming more structured over time.

Complete the Machine Safety Self-Assessment

Use the interactive scorecard to evaluate your current machine safety approach and identify areas that may deserve additional attention.

[Complete the Machine Safety Self-Assessment Scorecard]

Prefer to review the questions with your team?

[Download the Machine Safety Self-Assessment Scorecard PDF]

What Comes Next?

Once you understand where your machine safety program is strong and where gaps exist, the next step is deciding how to improve it.

Move from:

“Where are we today?”

to:

“What should our machine safety strategy look like going forward?”

Continue to the next Machine Safety Toolkit resource:

Machine Safety Strategy Guide

Use the Machine Safety Strategy Guide to begin turning identified program gaps into a more structured approach for assessments, standards, engineering, implementation, documentation, and continuous improvement.

[Continue to the Machine Safety Strategy Guide →]

Important Use Notice

The Machine Safety Self-Assessment Scorecard is intended as a general educational, benchmarking, and planning tool. It is not a formal machine risk assessment, safety audit, certification, or determination of compliance.

Scores and classifications generated by the tool are intended to help organizations evaluate the consistency and structure of their internal machine safety practices. A higher score does not establish that machinery, facilities, or organizational practices comply with OSHA regulations, ANSI B11 standards, NFPA requirements, or other applicable regulations and standards.

Machine-specific hazards and required risk-reduction measures should be evaluated separately by qualified personnel using the appropriate assessment and risk-reduction processes.