WORKPLACES

Instrumental measurements, data analysis and risk assessment deriving from the values emitted by the sources analyzed in compliance with Legislative Decree. 81/08 - title VIII - chapter IV to the regulations in force

ENVIRONMENT

Instrumental measurements and long-term monitoring for the determination of the electromagnetic field levels emitted by radio base stations and radio-telecommunication systems, power lines and similar systems, in compliance with Prime Ministerial Decree no. 199 and n. 200 of 07/08/2003 and current regulations

MACHINERY

Determination of the electromagnetic field levels emitted by the machinery in order to define the category, in compliance with the criteria established by the UNI EN 12198-1 standard

WORKING ENVIRONMENTS

Instrumental measurements and determination of risk levels deriving from exposure to Incoherent Artificial Optical Radiation.
Analysis and evaluation of the weighted spectral values emitted by the analyzed sources, in compliance with Legislative Decree. 81/08 - title VIII - chapter V and the regulations in force.

MACHINERY

Determination of the levels of artificial optical radiation emitted by machinery with the aim of defining the category, in compliance with the criteria established by the UNI EN 12198-1 standard.

DETERMINATION OF THE CHARACTERISTICS OF LASER SOURCES

Analysis, evaluation and definition of the specific characteristics of LASER sources or devices.
Determination of the class of LASER sources and devices.
Definition of the correct labeling and signage for each single source/device and for the operating environments.
Calculation and definition of the correct Personal Protective Equipment (PPE) and Collective Protective Equipment (DPC) in compliance with UNI 207, UNI 208, EN 60825-4 standards.
Definition of safety operating procedures.

ASSESSMENT OF THE LAYOUT OF THE OPERATIONAL ENVIRONMENT AND MACHINES

Through the specific technical inspection and the analysis of the manuals, the conformity of the devices that guarantee the safety of the environment and of the machine itself containing a class 3B or 4 LASER source is assessed.

TSL/ASL

Assumption of the role of LASER Safety Technician in industrial and healthcare settings.

DEFINITION OF WORK TASKS

For each type of activity, the correct work schedules are determined in accordance with the tables of the UNI EN 12464-1 and UNI EN 12464-2 standards.

DEFINITION OF THE LIGHTING GRID

For each work task it is necessary to determine a number of measurements in order to define a more or less dense grid of points depending on the type of environment to be evaluated.

DETERMINATION OF ILLUMINATION LEVELS (LUX)

Once the specific work task has been determined, the average illuminance value of the grid of points for each environment is calculated.

MODERABLE ENVIRONMENT

Evaluation of the thermal comfort/discomfort of workers in environments where the temperature is between 10°C and 30°C and in which the subjects present have the possibility of modifying the temperature and humidity conditions.
Evaluation made in compliance with the technical standard UNI EN ISO 7730 through the PMV and PPD indices and in compliance with Annex IV of the Legislative Decree. 81/08 at points 1.9.2 and 1.9.3.

HOT CONSTRAINED ENVIRONMENT

Evaluation of the thermal stress of workers in environments where the microclimatic conditions are limited, by external environmental conditions or determined by the production processes, to temperature values above 30°C, according to Legislative Decree. 81/08 title VIII art.180-186, evaluating the WBGT and PHS indices as required by the technical standards UNI EN ISO 27243 and UNI EN ISO 7933.

COLD CONSTRAINED ENVIRONMENT

Evaluation of the thermal stress of workers in environments where the microclimatic conditions are limited, by external environmental conditions or determined by the production processes, to temperature values lower than 10°C, according to Legislative Decree. 81/08 title VIII art.180-186, evaluating the IREQ index according to the technical standards UNI EN ISO 15743 and UNI EN ISO 11079.

REPETITIVE MOVEMENTS (OCRA)

Risk assessment and analysis of work activities involving the movement of low loads at high frequency, according to the technical standards UNI ISO 11228-3 and ISO TR 12295, through the use of the OCRA method.

MANUAL HANDLING OF LOADS (NIOSH)

Risk assessment and analysis of work activities involving the handling, lifting and transport of loads (weights exceeding 3 kg), according to the technical standards UNI ISO 11228-1 and ISO TR 12295 and annex XXXIII of the Legislative Decree. 81/08, through the use of the NIOSH method.

TOWING/PUSHING ACTIVITY

Risk assessment and analysis of work activities that involve manual pulling and/or pushing actions, according to the technical standards UNI ISO 11228-2 and ISO TR 12295, using the Snook and Ciriello method.

MANUAL PATIENT HANDLING (MAPO)

Risk assessment and analysis from management and assistance activities for partially or totally non-cooperating patients, according to the ISO TR 12226 standard, using the MAPO method.

INCONGROUS STATIC POSTURES (REBA)

Assessment and analysis of risks deriving from static and prolonged working postures (at least 4 sec), according to the technical standards UNI ISO 11226, using the REBA methodology.

RENTAL

Measuring instrumentation rental service for anyone who needs to carry out occasional technical investigations without any obligation to purchase or even to carry out an evaluation before purchasing it.
A wide range of tools are available, delivered directly to your premises:

• Electromagnetic Fields (EMF)
• Electromagnetic Compatibility (EMC)
• Microclimate (MC)

All instrumentation is supplied with a valid calibration and calibration certificate.

TRAINING

Upon request, we offer specialized and targeted technical courses, dedicated to the first use of the instrumentation and/or in-depth analysis of specific subjects.

MAINTENANCE AND CALIBRATION

We offer calibration and calibration services for instruments measuring electromagnetic fields (EMF/EMF), Electromagnetic Compatibility (EMC), Artificial Optical Radiation (ROA) and Microclimate (MC) at our laboratories accredited with ISO and ACCREDIA-LAT standards.
In case of need, to be assessed from time to time, our laboratories will be able to carry out specific repairs and maintenance for the damaged instrumentation.

CERTIFICATION

Issuance of certification of successful calibration and calibration of your measuring instrument.