"Are you using the machine correctly?" A success story of preventing misuse through video training.

basic information

Points to Prevent Misuse of Machinery To prevent misuse of machinery, the following points are important: 1. Utilize videos and animations to visually convey the impact of incorrect operations. 2. Demonstrate proper operating procedures through live-action to enable practical application of the learned content on-site. 3. Regularly check understanding through tests and hands-on training. 4. Prepare a manual for responding to troubles and use it in conjunction with training. 5. Continuously improve the training program to adapt to the latest machinery and business workflows. As demonstrated by Company G's case, utilizing video training can significantly reduce misuse of machinery and enhance safety and productivity.

Price information

The First Step in Introducing Training When introducing training to prevent improper use of machinery, it is important to first analyze the challenges on-site and clarify what types of misuse are most common. After that, by tentatively implementing video training and verifying its effectiveness, we can transition to full-scale operation, allowing for smooth adoption. Furthermore, by regularly evaluating the effectiveness of the training and providing feedback on areas for improvement while updating the content, we can evolve into a more practical training program. Let’s work on reviewing educational methods to ensure proper use of machinery and enhance safety and operational efficiency on-site.

Price range

P3

Delivery Time

Applications/Examples of results

Case Study of Company G - 70% Reduction in Machine Misuse through Video Training At Company G, a major manufacturing firm, more than 50 incidents of machine misuse leading to failures and accidents occurred annually. Particularly, incorrect operations by new workers were frequent, resulting in repair costs exceeding 10 million yen per year. To address this issue, Company G implemented the following video training program. Specific Content of the Video Training: 1. Recreating past machine misuse cases through animation to visually convey the risks associated with incorrect operations. 2. Utilizing live-action footage to clearly explain the correct operating procedures step by step. 3. Conducting comprehension tests after training and establishing completion criteria to ensure proficiency. 4. Simulating appropriate responses during trouble occurrences to enhance practical education. As a result of this initiative, the number of machine misuse incidents decreased from 50 to 15 per year, and repair costs were reduced from 10 million yen to over 5 million yen. In a post-training survey of workers, over 90% responded that they "understood the correct way to use the machines," confirming the high educational effectiveness. (The training effectiveness was measured based on statistics of accident occurrence rates and the results of worker surveys.)