Jis Z 1707 __exclusive__
JIS Z 1707: Understanding Japan’s Standard for Occupational Health Risk Assessment
JIS Z 1707 is a Japanese Industrial Standard that provides a structured framework for occupational health risk assessment. While less internationally known than some ISO standards, JIS Z 1707 is valuable for organizations operating in Japan or with Japanese partners because it aligns risk management practices with local regulatory expectations and industry norms. This post explains what the standard covers, why it matters, and how organizations can apply its concepts practically.
Recommendations for Stakeholders
- Designers/manufacturers: Integrate adjustable features into primary product lines; provide clear documentation on recommended set-up and target user anthropometrics.
- Employers/occupational health teams: Conduct baseline ergonomic assessments, supply adjustable equipment, and implement training and break policies.
- Regulators/policymakers: Harmonize JIS recommendations with occupational safety regulations and update guidance to reflect technological changes.
- Individuals: Adjust monitor height so top of screen is at or slightly below eye level, maintain 50–70 cm viewing distance (or a comfortable arm’s length), use task lighting to avoid glare, and take regular short breaks.
Therefore, a product compliant with JIS Z 1707 is essentially "double verified"—it meets legal safety requirements and superior quality benchmarks. jis z 1707
The film must possess enough mechanical strength to withstand handling and transport. For example, some bioplastics aim for a tensile strength of at least to meet specific requirements within the standard. Thickness Uniformity: Therefore, a product compliant with JIS Z 1707
Heat Sealing Properties: Since most food packaging is heat-sealed to maintain freshness, JIS Z 1707 defines methods for measuring seal strength to prevent leaks or "breeches" in the barrier. supply adjustable equipment
Each type defines minimum tensile and tear values. Type 3, for example, requires tensile strength ≥ 29.4 MPa and elongation ≥ 400%.