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Structured risk workflows for machine builders and OEMs

HazardLens helps machine builders standardize machinery risk assessments across machine types, custom projects, variants, and customer deliveries.

Create reusable assessment templates, manage project-specific risk records, track risk reduction measures, and keep documentation connected from engineering review through customer handover.

Use AI-assisted workflows to accelerate assessment preparation and improve consistency while keeping engineering teams in control.

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Structure risk assessments by machine type or customer project

Machine builders often deliver a mix of standard machines, configured variants, custom machinery, and project-specific installations. HazardLens helps teams organize machinery risk work around the way machines are actually designed, built, customized, and delivered.

Use reusable machine-type structures where work repeats, and project-specific records where each customer delivery requires its own assumptions, configuration, review, and documentation.

Reusable machine-type templates

Create structured risk assessment templates for recurring machine types, product families, operating modes, lifecycle phases, and common hazard groups. 

Project-based delivery records

Manage each customer delivery as a connected project record with hazards, accident scenarios, risk ratings, mitigations, reviews, supporting evidence, and documentation. 

Standard and custom machine support

Start from reusable structures for standard machines or variants, then adapt each assessment to the customer-specific configuration, application, layout, interfaces, and delivery context. 

Delivered-machine risk history

Build a connected history of machinery risk assessments, risk reduction decisions, residual-risk reviews, and documentation across every machine or system your company has delivered. 

Risk Assessment Software

Build reusable risk assessment structures

Machine builders rarely deliver machinery in only one form. Some machines are standard products, some are configured variants, and others are fully customized for a specific customer, installation, or production process.

HazardLens gives engineering, safety, automation, project, and documentation teams one structured workspace for managing machinery risk across both repeatable machine platforms and project-specific customer deliveries.

  • Standard machine platforms
  • Product families
  • Machine variants
  • Custom machinery projects
  • Recurring hazard groups
  • Common operating modes
  • Maintenance and cleaning tasks
  • Guarding concepts
  • Safeguarding approaches
  • Customer-specific configurations

 his helps teams avoid rebuilding assessment structures from scratch for every project while still allowing engineers to adapt each assessment to the actual machine being delivered. 

 

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Standardize risk workflows across machine types and customer projects

Machine builders need consistency across repeatable machine platforms, custom projects, configured variants, and customer-specific deliveries without removing engineering judgment from each project.

HazardLens helps OEM teams create common workflows for machinery risk assessment, risk reduction, documentation, and review while still allowing engineers to adapt each assessment to the machine, configuration, application, and customer delivery context.

Assessment templates

Create consistent structures for machinery risk assessments across machine types, product families, lifecycle phases, operating modes, and common hazard groups. 

Risk rating methods

Support repeatable evaluation workflows for severity, probability, exposure, avoidability, initial risk, risk reduction, and residual-risk review. 

Mitigation records

Track design measures, guarding, safeguarding, protective devices, control measures, warnings, owners, review status, and residual-risk evaluations in one connected record. 

Documentation outputs

Generate consistent machinery risk documentation from connected project records, including hazards, scenarios, risk ratings, risk reduction measures, residual-risk reviews, supporting evidence, and handover information. 

Machine being built in a factory

Manage customer delivery projects in one workspace

Every customer delivery has its own requirements, assumptions, design changes, reviews, mitigations, and documentation needs.

HazardLens gives each project a connected workspace for managing machinery risk from assessment preparation through handover.

Each project can connect:

  • machine type or template
  • customer-specific configuration
  • hazards
  • accident scenarios
  • risk ratings
  • risk reduction measures
  • residual-risk reviews
  • assigned owners
  • supporting evidence
  • review status
  • report outputs
  • documentation

This gives machine builders one place to manage the risk record for every machine or system delivered to a customer.

Engineer working on a CAD design

Connect risk reduction to engineering decisions

Risk reduction decisions are often made across mechanical design, controls engineering, safeguarding concepts, project reviews, customer requirements, and internal engineering standards.

HazardLens keeps those decisions connected to the risks they address.

Risk reduction records can stay connected to:

  • Hazards
  • Accident scenarios
  • Initial risk ratings
  • Design measures
  • Guarding measures
  • Protective devices
  • Safety functions
  • Warnings and instructions
  • Responsible owners
  • Review status
  • Residual-risk evaluations
  • Supporting evidence
  • Final documentation

This helps teams maintain traceability between the assessment, the machine design, the mitigation logic, and the final delivery record.

Modern factory production line 3

Support integrated systems and larger customer installations

Machine builders may deliver standalone machines, machinery modules, automation cells, robot systems, packaging lines, material handling systems, or equipment that becomes part of a larger installation.

HazardLens helps teams structure risk workflows when machinery is delivered as part of a broader project, customer site, or multi-supplier system.

Teams can connect:

  • Machine-level hazards
  • System-level interfaces
  • Safeguarding assumptions
  • Control measures
  • Residual-risk information
  • Customer responsibilities
  • Installation assumptions
  • Handover records

This helps teams keep project risk records connected even when the delivered machine is part of a larger installation or integrated system.

HazardLens platform

AI-assisted assessment preparation with engineering control

HazardLens uses AI to support machinery risk workflows while keeping engineers and safety professionals responsible for final decisions.

AI can assist with:

  • Hazard suggestions from photos, drawings, PDFs, text, 3D model exports, or manual inputs
  • Accident scenario drafting
  • Assessment structure
  • Risk reduction suggestions
  • Residual-risk review support
  • Report drafting
  • Documentation consistency

Every suggestion remains reviewable, editable, and traceable.

 

Connected documentation

Connected documentation for customer handover

HazardLens helps machine builders generate documentation from connected assessment data instead of rebuilding reports manually at the end of each project.

Documentation can reflect:

  • Machine type
  • Customer project
  • Hazard records
  • Accident scenarios
  • Risk evaluations
  • Risk reduction measures
  • Residual-risk reviews
  • Safeguarding decisions
  • Operating assumptions
  • Supporting evidence
  • Review status
  • Handover information

This helps teams deliver clearer, more consistent documentation while maintaining traceability back to the underlying risk assessment.

Support structured workflows across customer and market requirements

Machine builders often deliver machinery to different customers, sites, and markets, each with its own documentation expectations, internal standards, and review requirements.

HazardLens helps teams organize machinery risk information in a structured, repeatable way so assessments, risk reduction records, reviews, and documentation can be prepared more efficiently and consistently.

Teams working with frameworks such as ISO 12100, ANSI B11, EU Machinery Regulation, ISO 13849, IEC 62061, or customer-specific machinery safety requirements can use HazardLens to structure information, maintain traceability, and support expert review.

HazardLens helps teams manage the workflow, records, and documentation behind machinery risk work.

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Outcomes for machine builders and OEMs

  • Faster assessment preparation - Start from reusable machine-type templates, previous projects, AI-assisted inputs, and structured assessment workflows.
  • More consistent customer deliveries - Use common assessment structures, risk methods, review steps, and documentation formats across teams, machine types, and delivery projects.
  • Reusable machinery risk knowledge - Build a connected history of assessments, risk reduction decisions, residual-risk reviews, and documentation from previous machine deliveries.
  • Better project traceability - Keep hazards, scenarios, risk ratings, risk reduction measures, residual-risk reviews, supporting evidence, and documentation connected in one project record.
  • Stronger customer handover records - Deliver clearer documentation that connects the machine, project assumptions, safety measures, residual risks, and review decisions.
  • Flexible support for standard and custom machines - Use templates for repeatable machine types while adapting each assessment to customer-specific configurations, applications, interfaces, and installations.
Bakery production line

Standardize machinery risk workflows across every machine you deliver

HazardLens helps machine builders and OEMs structure assessments, reuse risk knowledge, track risk reduction, and prepare connected documentation across machine types, variants, custom projects, and customer deliveries. 

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Frequently asked questions

Who is HazardLens for?

HazardLens is built for industrial organizations and machinery risk teams that need connected workflows for hazard identification, risk assessment, risk reduction, documentation, review, and operational oversight.

For machine builders and OEMs, HazardLens helps engineering, automation, safety, project, and documentation teams standardize risk assessments across machine types, variants, custom projects, and customer deliveries.

Can HazardLens help us reuse assessments across similar machines?

Yes. HazardLens can help teams create reusable assessment structures by machine type, product family, lifecycle phase, operating mode, or hazard category.

Teams can start from templates or previous projects, then adapt the assessment to the specific machine, configuration, customer, and delivery context.

Can HazardLens manage risk assessments by customer project?

Yes. HazardLens supports project-based machinery risk records, allowing teams to keep hazards, scenarios, risk reduction measures, reviews, documentation, and handover information connected for each customer delivery.

This gives machine builders one place to manage risk work across current and past projects.

Does HazardLens support custom machinery?

Yes. HazardLens can support custom machinery, standard machine platforms, machine variants, and customer-specific configurations.

Teams can use reusable structures where appropriate while keeping each project assessment specific to the machine being delivered.

Can HazardLens support integrated systems or larger installations?

Yes. HazardLens can support structured risk workflows for machinery delivered as part of larger installations, automation cells, packaging lines, robot applications, material handling systems, or integrated machinery systems.

The platform helps teams connect hazards, interfaces, risk reduction measures, assumptions, reviews, and handover records across the project.

Does HazardLens support machinery standards and compliance workflows?

Yes. HazardLens helps teams structure machinery risk workflows for standards and regulatory frameworks such as ISO 12100, ANSI B11, the EU Machinery Regulation, ISO 13849, and IEC 62061.

The platform supports hazard identification, risk assessment, risk reduction, residual-risk review, documentation, and expert review in one connected workspace, helping teams work faster, improve consistency, and maintain traceability across machinery safety and compliance workflows.

Can AI identify hazards from machine photos, drawings, or 3D model exports?

HazardLens can assist with hazard suggestions from photos, drawings, PDFs, text, 3D model exports, or manual inputs.

Suggestions remain reviewable, editable, and traceable by qualified professionals.