Machine Safety Programs

Hazard Risk Assessment – ANSI / ISO helps teams evaluate machine-related hazards using a structured risk assessment process aligned with recognized safety methodology. Users can identify hazards, assess severity and exposure, evaluate risk levels, document protective measures, and maintain organized records that support machine safety decisions.

Hazard Risk Assessment – PUWER helps teams evaluate machinery and work equipment against structured safety requirements for safe use, guarding, maintenance, and operator protection. Users can identify equipment hazards, assess risk, document required controls, and maintain clear records that support safer machine operation and work equipment compliance.

LazerSafe Sign-Off helps teams document the installation, setup, and operator acknowledgement process for LazerSafe press brake safety systems. Users can record system details such as the controller, transmitter, receiver, OPS HMI, and press brake control information, build an operator roster, complete the installation checklist, collect operator sign-offs, and capture final management approval in one organized record.

Lockout-Tagout helps teams document the steps required to control hazardous energy before servicing, maintenance, or repair work begins. Users can create machine-specific LOTO procedures, identify energy sources, define isolation points, document verification steps, and maintain organized records that help workers follow a consistent lockout process.

Machine Guarding Risk Assessment helps teams evaluate guarding requirements using machine-specific checklist forms. Instead of calculating a formal hazard ranking, users are guided through inspection items tailored to the type of machine being reviewed, helping them identify missing guards, unsafe access points, exposed hazards, and other guarding concerns that need to be documented and addressed.

Machine Validations & Daily Inspections help teams verify that machine safety features and protective devices are functioning properly. The machine validation process documents each required safety check, including guards, interlocks, emergency stops, presence-sensing devices, and other safety systems. Once validated, the approved checks are used to generate the daily inspection, allowing users to confirm that each safety device remains in proper working condition before or during routine use. Users complete the inspection, acknowledge the results, and sign off to create a documented record of the review.

Stop Time Measurement helps teams document the stopping performance of machinery and verify that protective devices are positioned at a safe distance from hazardous motion. Users can record stop-time results, capture measurement details, document related machine safety devices, and maintain organized records that support safeguarding decisions and machine safety validation.