💪 KIM-LHC (Lifting, Holding, Carrying) – Scientific Analysis of Manual Material Handling Risks

KIM-LHC is a powerful Key Indicator Method developed to measure physical stresses and manage ergonomic risks in manual material handling processes such as lifting, holding, and carrying loads of 3 kg and above. Developed by the German Federal Institute for Occupational Safety and Health (BAuA) for fast screening, this method is designed to quickly and reliably identify risks in the workplace.

📌 1. Scientific Basis and Evaluation Criteria of KIM-LHC

KIM-LHC evaluates physical stresses not only based on weight but also through a multi-dimensional approach:

Key Indicators: Critical parameters such as work posture, applied force, frequency of movement, and duration are scored.

Overall Risk Score: The combination of these indicators determines the risk level at the workstation and forms the basis for data-driven improvement plans.

Fast and Practical: Designed for field work, this method is a strategic tool in rapid decision-making and prioritization processes.

📌 2. Its Place and Scope within the KIM Family

KIM-LHC is one of the cornerstones of the KIM (Key Indicator Methods) family offered in Tokgöz Ergonomics trainings and is supported by a broad set of methodologies:

KIM-PP: Analyzes the physical stresses of manual pushing and pulling tasks.

KIM-ABP: Evaluates mandatory body postures and provides data for workstation design.

KIM-MHO: Measures risks in repetitive manual work processes such as assembly lines.

KIM-BF & KIM-BM: Scores the stresses associated with whole-body forces and body movements.

Thanks to this diversity, physical risks in the workplace become visible and manageable from all angles.

📌 3. Ergonomic Risk Management and Legal Compliance

KIM-LHC not only protects employee health but also supports businesses in meeting legal and standard requirements:

Legal Compliance: Fully compliant with ISO 11228 series (manual handling standards) and Law No. 6331 on Occupational Health and Safety.

MSD Prevention: Helps prevent musculoskeletal disorders (MSDs) by detecting them before they occur.

Strategic Decision Support: KIM-LHC provides rapid field analysis before advanced calculations such as the NIOSH Revised Removal Equation and directly contributes to the business's risk management process.

📌 4. Training and Application Advantages

KIM-LHC in Tokgöz Ergonomics' training programs:

Practical Workshops: Participants gain practical experience through field measurements and case analyses.

Data-Driven Improvement: Analysis results are transformed into sustainable improvement plans that include ergonomic engineering solutions, administrative controls, and cost analyses.

Target Audience: Specifically designed for occupational safety and health (OSH) specialists, industrial engineers, workplace managers, and ergonomics professionals.

🚀 Benefits for Your Business with KIM-LHC

Makes visible the load risks in handling processes

Increases productivity, reduces workplace accidents and health problems

Provides scientific data for workstation and job rotation design

Contributes to creating a sustainable ergonomics culture

In short: KIM-LHC is a fundamental decision support tool that, in line with Tokgöz Ergonomics' philosophy of "the best posture is the next posture," enables you to manage risks in lifting, carrying, and holding tasks with scientific metrics.