ISO 45001 COMPLIANTDISH-APPROVED

Half-Day Training

Practical half-day certification program focused on operational safety, compliance confidence, and site-level risk control.

Program Overview

Crushers are among the most dangerous machines in mining, quarrying, construction aggregates, and recycling operations. Jaw crushers, cone crushers, impact crushers, gyratory crushers, and roll crushers reduce massive rock and material volumes under enormous mechanical force — and they present severe hazards including entanglement, crush injuries, blockage clearing incidents, dust exposure, and noise. ICLM's Safe Working on Crushers Training provides workers, operators, and supervisors with the knowledge and procedures to manage crusher hazards and operate these machines without injury.

Crushers have killed and maimed workers in the most preventable of circumstances — workers reaching into crusher chambers to clear blockages without isolating the machine, maintenance technicians working inside crusher housings without LOTO, and operators struck by ejected material. These incidents follow predictable patterns and are preventable with proper training, procedures, and disciplined application of energy isolation principles.

Pre-Use Checks

Daily inspection discipline and hazard spotting basics.

Control Principles

Safe methods, sequencing, and decision making in operations.

Emergency Response

Incident communication and immediate response actions.

Core Learning Modules

Module 01

Types of Crushers: Jaw crushers, gyratory crushers, cone crushers, impact crushers (horizontal, vertical shaft), roll crushers.

Module 02

Crusher Hazard Identification: Entanglement points, pinch points, ejection zones, dust generation areas.

Module 03

Pre-Operation Checks: Inspection of mechanical systems, drive unit, floor plates, safety devices, and weatherproofing.

Module 04

Aircraft Docking Procedures: Receiving aircraft, communicating with flight crew, aligning the bridge safely with the cabin door.

Module 05

Approach and Retraction Procedures: Correct approach angles, speed control, and safe retraction after departure.