Plastics & Rubber Manufacturing EHS & Safety Management Software

Connect injection molding, extrusion, thermoforming, rubber mixing, milling, calendering, curing, mold changes, process exposures, corrective actions, and EHS performance across plastics and rubber manufacturing plants.

Plastics and rubber manufacturers manage risk across injection molding machines, extruders, blow molding equipment, thermoformers, Banbury/internal mixers, two-roll mills, calenders, curing presses, granulators, molds, robots, resin and additive handling, rubber compounding, regrind, and scrap-processing operations. DEXUR EHS connects each event to the specific process, machine, mold/tool, resin or compound, energy source, investigation, corrective action, and restart verification involved.

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From process hazard to verified restart

Connect Plastics & Rubber EHS From the First Finding to Verified Closure

Plastics and rubber plants combine high-clamp-force molding equipment, heated barrels and dies, rotating screws, mold movement, hydraulic and pneumatic systems, mill and calender nip points, curing equipment, polymer and rubber chemicals, process fumes, powders, heavy tooling, and scrap/regrind operations.

DEXUR keeps each event tied to the process that created it, capturing the equipment, tooling, material, machine condition, immediate controls, investigation, corrective action, and restart verification involved.

Relevant challenges include injection mold-area crushing, mold-change hazards, guard and interlock failures, hot resin and purge burns, extruder and die exposure, thermoforming and blow-molding hazards, granulator guarding, Banbury and mill hazards, calender nip points, curing and thermal exposure, process fumes, additive dust, and resin/regrind handling.

  1. Identify

    Capture the process hazard, incident, exposure, or finding.

  2. Contextualize

    Identify the process, machine, mold/tool, material, and energy condition.

  3. Control

    Stop the machine or process, secure the area, contain releases, or isolate hazardous energy.

  4. Investigate

    Connect findings, contributing factors, evidence, and process conditions.

  5. Correct

    Track engineering, maintenance, process, industrial hygiene, and corrective actions.

  6. Verify

    Confirm safeguards are restored before controlled restart and monitor repeat-process risk.

One unified platform

Manage Plastics & Rubber EHS in One Platform

01 / INJECTION MOLDING

Injection Molding & Mold-Area Safety

Manage moving platens, clamp units, molds, guarding, energy, robots, hot resin, and purging.

Connect injection molding findings to the exact machine and mold, then verify the mold area and production release after corrective work.

  • Moving platens, clamp units, mold cavities, ejector systems, operator gates, and interlocks.
  • Injection units, hydraulic systems, robots, hot resin, purging, and mold changes.
  • Workflow: Finding → Machine & Mold ID → Area Secured → Guard/Gate/Interlock Checked → Energy Evaluated → Isolation if required → Cause Investigated → Correction → Trial Cycle → Safety Verification → Production Release.
02 / MOLD CHANGE

Mold Change & Tooling Safety

Control heavy tooling, lifting, connections, stored energy, and unexpected platen movement.

Keep mold-change planning and execution connected to the machine, mold weight, lifting method, isolation state, installation, verification, and production release.

  • Track mold lifting, weight, storage, crane/hoist use, pinch points, hydraulic/pneumatic/cooling connections, and heavy tooling.
  • Workflow: Planned → Machine & Mold Confirmed → Lifting Method Verified → Hoist Checked → Machine Shut Down → Energy Isolated → Zero Energy Confirmed → Mold Removed → New Mold Secured → Connections/Guards/Interlocks Verified → Trial Cycle → Production Release.
03 / EXTRUSION & THERMOFORMING

Extrusion, Blow Molding & Thermoforming Safety

Connect mechanical, thermal, fume, guarding, and process risks across polymer-processing lines.

Manage feed throats, rotating screws, heated barrels, hot dies, molten polymer, pullers, rollers, nip points, ovens, trim stations, cutting equipment, and automated take-off systems.

  • Identify the line and equipment, classify the barrel, die, feed, roller, oven, or trim hazard, and control the area.
  • Track equipment/process investigation, guarding, ventilation, maintenance correction, verification, and controlled restart.
04 / RUBBER PROCESSING

Rubber Mixing, Milling, Calendering & Curing Safety

Manage mixing, nip-point, entanglement, thermal, guarding, and trip-device risks.

Connect Banbury/internal mixers, rubber charging, two-roll mills, calenders, rubber extruders, molding, curing presses, vulcanization, and steam/thermal systems to process-specific findings and actions.

  • Record the mixer, mill, calender, cure process, compound/batch, and hazard classification.
  • Track machine stop, isolation, investigation, trip-device/guard/ventilation correction, equipment verification, restart authorization, and repeat-finding monitoring.
05 / MACHINE ISOLATION

Plastics & Rubber Machine Isolation

Connect hazardous-energy controls to servicing, mold changes, jam clearing, and maintenance.

Manage electrical, hydraulic, pneumatic, mechanical, thermal, stored-pressure, and gravity energy across equipment and tooling work.

  • Support mold changes, jam clearing, extruder and screw/barrel maintenance, granulator servicing, mixer servicing, mill/calender maintenance, and curing-press maintenance.
  • Workflow: Service Required → Machine & Process Identified → Energy Identified → Shut Down → Sources Isolated → Stored Energy Released → Zero Energy Verified → Work → Guards/Interlocks/Trip Devices Restored → Area Checked → Energy Restored → Controlled Restart Verification.
06 / EXPOSURE MANAGEMENT

Plastics & Rubber Exposure Management

Connect materials, exposure conditions, controls, monitoring, and reassessment.

Track plastics-related resins, pigments, plasticizers, catalysts, additives, solvents, adhesives, release agents, polymer fumes, and regrind dust alongside rubber-related carbon black, sulfur, accelerators, processing oils, silica where applicable, solvents/cements, rubber fumes, and compound powders.

  • Identify the process and material, retain material/SDS information, identify the operator/job/area, and assess fume, dust, or vapor exposure.
  • Track monitoring or sampling, exposure result, LEV/enclosure/process/PPE control, implementation, reassessment, and process exposure trend.
07 / INCIDENTS & COMPLIANCE

Plastics & Rubber Incident Reporting & Compliance

Keep process-specific incidents, investigations, controls, and closure evidence connected.

Capture plastics-specific events including mold-area caught-in incidents, mold closing/opening incidents, ejector and interlock failures, robot interactions, hot resin burns, purging, hydraulic failures, mold changes, extruder/die burns, nip-point incidents, thermoforming and blow-molding events, granulator incidents, and resin/regrind handling events.

  • Capture rubber-specific events including Banbury/internal mixer incidents, roll-mill caught-in events, calender nip points, rubber-extrusion incidents, press crushing, curing/vulcanization burns, steam/thermal events, rubber-fume exposure, carbon-black/additive exposure, and rubber-bale handling incidents.
  • Record plant, department, shift, production line, process, machine, mold/tool, material, operator/contractor, event type, guard/interlock/trip status, energy condition, immediate control, investigation, root cause, corrective action, restart verification, and closure.
08 / REPORTS

Industry-Specific Plastics & Rubber Reports

Turn process-specific records into traceable reporting and follow-up.

Maintain reports for injection molding incidents, mold changes, guarding/interlock findings, extrusion lines, blow molding, thermoforming, Banbury/internal mixers, roll mills, calenders, curing/vulcanization, machine isolation, polymer and rubber fumes, carbon-black/additive dust, resin/pellet spills, regrind/granulator findings, and repeat machine/process issues.

  • Keep each report connected to the underlying process, equipment, material, investigation, corrective action, and verification evidence.
  • Use the same records for recurring-risk review, follow-up, and cross-plant comparison.

See the patterns behind process-specific EHS records

See Where Plastics & Rubber Risk Is Concentrating

EHS teams should be able to identify where process-specific risk is concentrating across molding, extrusion, thermoforming, rubber processing, curing, granulation, and material handling.

DEXUR connects equipment, materials, findings, potential consequences, corrective actions, verification, and recurrence so teams can compare similar equipment and prioritize persistent conditions.

Find Answers to Plastics & Rubber Safety Questions

  • Which injection molding machines have recurring gate/interlock failures?
  • Which molds are associated with repeat changeover findings?
  • Which molding cells have repeated mold-area near misses?
  • Which extruders show recurring barrel, die, feed, or puller hazards?
  • Which thermoforming lines have repeat oven or trim findings?
  • Which granulators have recurring guarding issues?
  • Which Banbury mixers generate repeat safety findings?
  • Which two-roll mills have repeated nip-point or safety-trip issues?
  • Which calenders have recurring guarding or emergency-stop findings?
  • Which curing presses have repeat thermal events?
  • Which processes show recurring polymer or rubber fume exposure?
  • Which compound areas show repeated carbon-black/additive dust findings?
  • Which machines repeatedly fail energy-isolation checks?
  • Which corrective actions did not prevent recurrence?

Measure process-specific safety performance

Track the Activities Behind Plastics & Rubber EHS Performance

These indicators are process-specific rather than generic manufacturing KPIs. Review them alongside incidents, exposure findings, machine conditions, and corrective-action history to identify persistent issues.

KPI What It Helps You Monitor
Injection Molding Guard & Interlock Finding Rate Findings involving operator gates, mold-area guards, interlocks, clamp zones, and molding-machine safeguards.
Mold-Change Safety Finding Rate Lifting, pinch-point, isolation, hoist, stored-energy, and mold-installation findings.
Injection Molding Hot-Polymer Event Rate Burns and events involving hot resin, purge material, injection units, barrels, and nozzles.
Extrusion / Thermoforming Safety Event Rate Events involving barrels, dies, rollers, pullers, ovens, trim equipment, nip points, and hot polymer.
Rubber Mixer / Mill / Calender Finding Rate Findings involving Banbury/internal mixers, roll mills, in-running nip points, calenders, trip devices, and guarding.
Curing / Vulcanization Thermal Event Rate Curing-press, steam, hot-surface, and vulcanization-related thermal events.
Mold / Machine Isolation Finding Rate Electrical, hydraulic, pneumatic, mechanical, and thermal isolation findings during mold changes and machinery servicing.
Polymer / Rubber Fume Exposure Finding Rate Process-fume, LEV, ventilation, and exposure-monitoring findings.
Carbon Black / Compound Additive Dust Finding Rate Powder-handling and dust-control findings in applicable rubber-compounding operations.
Granulator / Regrind Safety Finding Rate Guarding, access, jam-clearing, maintenance, and material-handling findings around granulators and regrind equipment.
Plastic Pellet / Resin Loss Event Rate Pellet/resin loss during storage, conveying, transfer, bag/gaylord handling, and process feeding.
Repeat Plastics / Rubber Process Finding Rate Whether the same hazard returns on comparable molding machines, extruders, mixers, mills, calenders, curing presses, or granulators.

Use these measures to examine recurring machine and process conditions, exposure trends, isolation findings, and whether completed actions prevent the same hazard from returning.

Every plant. Every process. One connected view.

Real-Time EHS Visibility Across Plastics & Rubber Operations

Connect safety information across plastics and rubber operations so corporate leaders, plant EHS managers, production teams, maintenance, industrial hygiene, and environmental teams can see the records relevant to their responsibilities.

Corporate EHS Leaders

See injection molding, extrusion/thermoforming, rubber-processing, repeated machine findings, mold-change issues, process-exposure trends, high-risk machine actions, and cross-plant recurrence.

Plant EHS Managers

See molding incidents, guard/interlock failures, mold-change findings, rubber mixer/mill/calender findings, process-fume exposure, machine-isolation issues, pellet/regrind events, and open process-specific actions.

Production Managers

See molding-cell findings, extrusion-line findings, rubber-process findings, shift-specific events, open machine/process actions, and repeat process hazards.

Maintenance Managers

See mold/tool maintenance, guard/interlock defects, hydraulic/pneumatic issues, machine-isolation findings, mixer/mill/calender repairs, and restart verification.

Industrial Hygiene Teams

See polymer fumes, rubber fumes, carbon-black/additive dust, LEV performance, exposure monitoring, and process-specific reassessment.

Environmental Teams

See resin/pellet loss, plastic scrap, rubber scrap, regrind, compound/additive spills, solvent/process waste, and plastics/rubber environmental actions.

Organization

  1. Enterprise
  2. Region
  3. Plant

Operations

  1. Plastics / Rubber Operation
  2. Department
  3. Shift
  4. Production Line
  5. Process

Traceability

  1. Machine
  2. Mold / Tool
  3. Resin / Polymer / Rubber Compound
  4. Incident / Exposure / Finding
  5. Corrective Action
  6. Restart / Effectiveness Verification

Connected Plastics & Rubber workflow

Why Plastics & Rubber Manufacturers Need One Connected EHS Platform

An injection-molding interlock failure should stay connected to the molding machine, mold, gate/interlock condition, corrective repair, functional test, restart, and recurrence.

A mold-change near miss should stay connected to mold weight, lifting equipment, energy-isolation state, installation method, verification, and the next mold-change cycle.

A roll-mill safety-trip finding should stay connected to the mill, nip-point exposure, trip device, repair, test, and restart.

A rubber-fume exposure should stay connected to the compound, process, work area, LEV condition, monitoring result, control, and reassessment.

A granulator guarding issue should stay connected to the regrind process, machine access point, jam-clearing activity, maintenance action, guard verification, and restart.

A resin pellet spill should stay connected to the conveying, transfer, storage, or feeding activity that caused it, along with containment, recovery, and corrective action.

One connected EHS platform

Why Plastics & Rubber Operations Need One Connected EHS Platform

Plastics and rubber EHS risks are closely connected to the equipment, material, process, exposure, and task involved. DEXUR keeps each event connected to the machine, process, action, verification, and recurrence history so teams can manage risk as an operational system rather than a collection of isolated records.

Machine-Level Traceability

Connect every incident or finding to the actual molding machine, extruder, mill, calender, curing line, granulator, or other equipment.

Process-Specific Ownership

Route actions to production, maintenance, engineering, industrial hygiene, quality, or EHS teams based on the risk and process involved.

Verified Corrective Action

Confirm repairs, guarding changes, interlock tests, energy-isolation controls, exposure controls, and safe restart before closure.

Repeat-Hazard Visibility

Identify where supposedly corrected machine, process, exposure, or material-handling hazards return.

Cross-Plant Learning

See whether comparable machines, processes, materials, or exposures have similar risks across plants.