Job Safety Analysis

Job Safety Analysis (JSA) is a structured method used in manufacturing to break a task into discrete steps, identify hazards at each step, and define controls to prevent incidents. It is especially relevant in CNC and millwork environments where high-speed motion, sharp tooling, and frequent changeovers create step-specific risks.

On the shop floor, a JSA starts by selecting a specific task—like a CNC setup or tool change—and dividing it into the actual work sequence. For a CNC cell, this means analyzing steps from bringing stock to the machine, loading and clamping material, verifying program and offsets, closing guards, starting the cycle, clearing chips, and handling malfunctions. In millwork and edgebanding, the same method applies to panel lifting, edge tape handling, adhesive systems, and fixture adjustment. The value lies in turning broad safety policy into task-specific controls that operators can follow, covering both routine production and non-routine events like maintenance or troubleshooting. This approach links hazards such as pinch points, rotating spindles, flying chips, and lockout/tagout failures to each step, ensuring practical prevention.