Connect machine safety, welding and hot work, heavy-material handling, industrial hygiene, environmental risk, corrective actions, and EHS performance across metals and fabrication operations.
DEXUR EHS connects safety information across steel manufacturing, metal fabrication, structural steel shops, machine shops, foundries, forging operations, pipe fabrication, and heavy-equipment manufacturing—from individual equipment findings to plant-wide risk visibility.
Request an Metals & Fabrication EHS Demo →From shop-floor hazard to verified closure
Metals and fabrication operations combine high-energy machinery, hot processes, sharp materials, suspended loads, hazardous energy, fumes, dust, chemicals, and heavy-material movement.
Risk can change by machine, process, task, material, shift, and work area. DEXUR connects each event or finding to the equipment, process, task, responsible team, corrective action, and verification record.
Capture a hazard, incident, exposure, or inspection finding at its shop-floor location.
Connect the machine, process, material, energy source, and contributing factors.
Focus attention on high-consequence and recurring conditions.
Route actions to maintenance, production, industrial hygiene, environmental, or EHS teams.
Track the control, repair, process change, or exposure-control action.
Confirm the control at the equipment or process and monitor for recurrence.
One unified platform
Connect machine findings directly to the equipment and corrective action.
Manage presses, press brakes, shears, saws, CNC machines, grinders, rolling equipment, forming machines, forging equipment, guarding, interlocks, dies, and tooling.
Keep hot-work hazards, exposure concerns, and controls connected.
Manage arc, MIG/TIG, robotic welding, plasma and oxy-fuel cutting, brazing, gouging, grinding, gas cylinders, welding fumes, ventilation, burns, sparks, and fire risk.
Maintain visibility into lifting equipment, suspended loads, and material movement.
Manage overhead and gantry cranes, hoists, slings, chains, hooks, rigging, coils, plate, beams, pipe, structural steel, and fabricated assemblies.
Connect hazardous-energy findings to the machine and service activity.
Manage electrical, hydraulic, pneumatic, mechanical, gravity, and stored energy associated with press maintenance, jam clearing, blade and die changes, CNC servicing, conveyor maintenance, and furnace maintenance.
Connect exposure findings with the process and control that must change.
Manage welding fumes, metal fumes, grinding and metal dust, noise, heat, coating chemicals, solvents, and respiratory exposures across jobs and work areas.
Bring high-temperature, treatment, and environmental findings into one record.
Manage melting furnaces, molten metal, casting, forging, heat treatment, quenching, hot-part handling, surface treatment, galvanizing, chemical findings, waste, and environmental spills or releases.
See the patterns behind shop-floor findings
EHS leaders need to know which machine, process, lifting activity, or exposure is creating recurring risk.
DEXUR connects incidents, exposures, inspections, machine findings, corrective actions, and verification records so leaders can compare similar presses, cranes, furnaces, welding operations, and fabrication processes across plants.
Measure the follow-through on metals safety
Monitor the conditions and follow-through that show whether machine safeguards, hot-work controls, lifting equipment, hazardous-energy controls, exposure controls, and corrective actions are being addressed and verified.
| KPI | What It Helps You Monitor |
|---|---|
| Machine Guarding & Point-of-Operation Finding Rate | Guarding, interlock, nip-point, rotating-component, and point-of-operation findings across machines and work cells. |
| Welding & Hot-Work Safety Event Rate | Welding, cutting, burn, hot-work, and fire-related events across fabrication areas. |
| Welding Fume & Metal-Dust Exposure Finding Rate | Exposure findings involving welding fumes, grinding dust, metal dust, and respiratory hazards. |
| Crane, Hoist & Rigging Safety Finding Rate | Defects involving cranes, hoists, hooks, slings, chains, and rigging equipment. |
| LOTO & Stored-Energy Finding Rate | Hazardous-energy findings involving presses, CNC machines, rolling equipment, conveyors, forging equipment, and furnaces. |
| Foundry & Heat-Process Safety Event Rate | Burns, splash events, furnace findings, hot-material handling, casting, forging, and heat-treatment incidents. |
| Repeat Machine / Process Finding Rate | Whether a previously corrected hazard returns on the same or comparable machine, process, furnace, crane, or work cell. |
Review these indicators by plant, shop, process, work cell, equipment, task, and material to identify persistent issues and prioritize corrective action.
Every plant. Every process. One connected view.
Connect safety information across fabrication shops, foundries, machine shops, heat processes, treatment areas, and material-handling operations. Give each role visibility into the findings and actions relevant to its responsibilities.
See plant-to-plant machine-risk trends, welding and hot-work events, crane and rigging findings, foundry and furnace events, exposure trends, repeat findings, and high-risk open actions.
Monitor current incidents, machine findings, welding events, LOTO issues, crane and rigging defects, exposure findings, environmental events, and overdue corrective actions.
See the equipment, exposure, energy-control, repair, sampling, and process findings assigned to their teams, including actions awaiting verification.
Organization
Operations
Follow-Through
One connected EHS platform
DEXUR connects the equipment, process, task, material, finding, corrective action, and verification history so metals and fabrication teams can identify recurring hazards and see whether controls are working.
Connect incidents and findings to the actual equipment and process.
Route actions to fabrication, production, maintenance, industrial hygiene, environmental, or EHS teams.
Confirm changes at the press, furnace, welding area, crane, treatment line, or affected process.
Identify whether comparable machines, cranes, furnaces, welding processes, or treatment lines have similar risks.