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All Safe Consulting, Inc   Product Safety Consultin
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                            PRODUCT SAFETY CONSULTING

                                                                                                           Kaz  Darzinskis can help manufacturers and other product designers avoid product liability problems, avoid or reduce liability losses, and assure compliance with laws and regulations. Consultation is directed at 1) the organization’s overall efforts at product safety or 2) at specific products or product lines or both:

1. Organization Audit   

2. Specific products or product lines

This service consists of a review and evaluation of activities related to product
safety and liability and the issuance of a
report to management. It involves a series
of interviews and review of records and
typically requires 2 or 3 days on site.
Activities and documentation reviewed
include product design and engineering,
quality control, marketing and sales,
product warnings, literature and manuals, management direction, and, as applicable,
field service, purchasing, advertising, engineering standards, accident reporting and investigation, and others as needed.
The concluding report will address the adequacy of product safety program contents and management and departmental/functional activities

Quantitative risk assessment The risk of product accidents is measured by calculating the expected severity and probability of accident sequences. Techniques such as fault tree analysis (FTA) are used to determine probabilities of events. Consequence estimates are obtained using economic models that estimate the effect of accidents on workers and the public. Risk assessments are particularly effective in providing a frame of reference in making cost-benefit decisions.

                                                                               

- System Modeling and Hazard analysis using Fault Trees (FTA)

- Preliminary Hazard Analysis (PHA) and system safety concept evaluations

- Review or develop Failure Modes and Effect Analysis (FMEA) including qualitative and quantitative criticality analysis

- Risk assessment is outlined in the standard BS EN 1050:1997 "Safety of machinery. Principles for risk assessment". This method and the type of documentation is required for machinery to be sold in the EU, European Union.

-Risk analysis of machinery and industrial equipment according to ANSI B11 TR3

 


Product Safety Engineering

 

-Execution of safety engineering techniques, processes and procedures

-Criticality analysis

-Component failure analysis

-Safety devices and guards

 


Regulatory Complaiance

 

-Identification of and compliance with applicable voluntary standards, laws and regulations

-Safety Certification activities for US and International product certification

 


Product Warnings

 

-On-product warnings

-Product literature and manuals

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