Author Archives: smslaglobal

Nutrition analysis and testing could be required by Food product manufacturing companies for a diverse range of reasons ranging from informative purposes to statutory compliances. Moreover, food safety and inspection services are also important because, on a large scale, the nutritional value of food and food products has a direct impact on the health and well-being of every person who consumes them all across the globe.  

A complete nutritional analysis of food products manufactured, sold, or supplied helps ensure that the food product is compliant with various national and international regulations and standards. The food quality inspection and tests that are conducted for compliance purposes generally cover legal requirements related to the food products, and associated health, and safety legislation.  

Usually, all kinds of food products ranging from oils, fats, and emulsions, bakery products, processed foods/ready-to-eat foods, infant nutrition products, spices, condiments & herbal products, nuts & nut products, milk & milk products, cereals, pulses, including processed/ raw fruits and vegetables are tested for quality purposes under  food  quality inspection services. The food quality control courses tests are conducted to check if the proportion of fats, carbohydrates, protein, fiber, sugars, vitamins, minerals, and other traceable elements are within the food safety benchmark. 

Determining the proportion of mineral content in the food product.  

From building strong bones to transmitting nerve impulses, minerals play a crucial role in all body functions. In short, it helps us stay healthy. In order to assess the proportion of minerals in food products, food safety training, and testing facilities conduct two major kinds of tests - the first test is conducted on microminerals which consists of calcium, phosphorus, magnesium, sodium, potassium, chloride, and sulfur - the second test is conducted on trace minerals such as iron, manganese, copper, iodine, zinc, cobalt, fluoride, and selenium.    

The fatty acid composition analysis of the food product.  

The food quality and inspection services conduct tests on fatty acids to attain a complete profile. After the test, food safety inspection services classify fatty acids according to their chain length ranging from short-chain consisting of 2 to 4 carbons, a middle chain consisting of 5 to 10 carbons, and a long chain consisting of more than 11 carbons. As the consumer demand and intake of fatty acid products increase, the need for proper quality testing facilities is also expected to rise in the near future. 

Determining The proportion of vitamin content in the food product. 

For body growth, a proportional intake of 13 major types of vitamins is necessary. Vitamin A, C, D, E, K, and B vitamins (thiamine, riboflavin, niacin, pantothenic acid, biotin, vitamin B-6, vitamin B-12, and folate) are the 13 major types of vitamins that our body needs. The role of food safety training and testing services is to conduct several sensitive, most reliable scientific testing procedures and to determine if the proportion of vitamins in the product is accurate and adheres to the company's claim. 

Different businesses opt for food quality control courses/ services for different reasons.  Multiple businesses in the food production and supply industry subscribe to food quality control courses/ tests/ services because government authorities mandatorily ask for detailed nutrient content data on top of the food product labels before shipping. On top of that, the label information should strictly adhere to the compliance parameters regarding the presentation of the nutritional information on the labels. On the other hand, numerous countries ask for nutrition data/ information only if a claim is made by the consumer. There are business organizations in the food and beverages industry that prefer to opt for food safety training/ inspection services only for annual verification of the nutritional value of a food product after or during the claim period.  

SMSLA global aims to deliver holistic quality services in testing, inspection, training, and advisory services in the field of food, water, environment, and materials with state-of-the-art facilities. Our services offer businesses independent, globally-trusted test results. We hold decades of experience and scientific expertise in the nutrition value testing and inspection industry. We employ scientific personnel and highly qualified staff to provide “farm to fork” complete food safety and inspection service under one roof.   

Food safety is vital for every consumer irrespective of the food’s, origin & further processing. More than that, the food safety inspection services test the food product to verify whether they are in accordance with the global food quality standard by employing standard scientific procedures. 

Customer dissatisfaction due to poor food quality can completely ruin an organization's brand image and reputation.

The sophisticated inspection process, nutritional labelling, shelf-life analyses, and sensory evaluation are integral parts of a comprehensive food safety training program. 

In nutritional labelling, the labels on food products should consist of accurate nutritional parameters that enable consumers to make informed choices and maintain transparency among consumers as well as guarantee the safety of the product. 

Depending on the analytical, chemical, microbiological, and sensory test, the shelf-life of a product is determined as well as analyzed by the food safety and inspection services. It also helps the consumer make informed buying decisions - eventually leading to fewer complaint records.   

Sensory evaluation is a type of testing method where trained professionals analyze the food product by their five senses viz smell, touch, auditory, taste, and sight. It is useful for gauging responses offered in form of objective and subjective feedback data about a food product or a wide range of food productions prior to launch in the market. 

By hiring reputable food safety inspection services, assurance can be offered to the consumer that throughout the supply chain and production process ranging from the growing, processing, procuring, to shipping processes, the food item is being regularly inspected, monitored, and tested by the highly trained and reliable third-party testing Laboratory before it reaches the supermarket shelves/ consumers. 

Conclusion

Well-equipped reliable food safety and inspection services offer quality assurance, protection to your organization's brand, reduced cost, and less time. 

Being one of the experienced, reliable food quality partners, we are committed towards helping numerous organizations attain competitiveness - by improvement of quality, enhancement of revenue, and reduction of overall operational costs. 
With SMSLA global, you get “Farm to Fork” complete food safety and inspection service under one roof. SMSLA global offers holistic quality services - (from testing, inspection, training, to advisory services) in the field of food, water, environment, and materials with state-of-the-art facilities.

Indoor air pollution has become a matter of huge concern for both residents and employers. Currently, it is identified as a major health hazard by all countries. Indoor air quality inspection services protect occupants from diseases and disorders most suffer as a result of excessive indoor pollution. As a resident or a worker, people spend most of their time indoors, hence it becomes extremely crucial to maintain good indoor air quality and sustain its quality in the long term. 

According to an indoor air quality inspection survey, poor indoor air quality has been found to be closely correlated with both Sick Building Syndrome (SBS ) and Building-Related Illness  (BRI). SBS includes symptoms such as headaches, dizziness, dry throat, cough, watery eyes, and BRI including symptoms such as legionnaire’s disease, allergic alveolitis, pneumonia, occupational asthma, and even certain cancers. 

Parameters such as Carbon dioxide, relative humidity, temperature, sulfur dioxide, nitrogen oxides, particulate matter, formaldehyde, oxygen, ozone, ammonia, and volatile organic compounds (VOCs) are examined by the SMSLA  air quality inspection team equipped with state-of-the-art testing facilities in order to determine the quality of air indoor. 

For instance, if the levels of carbon monoxide (CO) are below the permissible limits prescribed in the standard guidelines, but on the other hand, the levels of total volatile organic compounds TVOCs are way above the permissible limits, then the indoor air quality inspection services would rate of the air quality - poor. 

Apart from chemical factors, residents and employees also suffer from respiratory disorders due to biological factors such as mould and moisture. Fungi and bacteria are far more likely to thrive in highly humid environments where air circulation is stagnant - eventually, creating mycotoxins and endotoxins that severely impact occupants' health. It is known that better air quality inspection drastically reduces certain symptoms of asthma and other respiratory diseases.  

In the case of indoor air, inappropriate ventilation systems often lead to the accumulation of pollutants indoors. And it also results in a lower exchange of indoor air with fresh air, thus making occupants prone to getting affected by indoor air pollutants. 

With the help of effective indoor air quality inspection and monitoring systems in place, employers are able to ensure that employees can productively work in healthier spaces with cleaner air. When employers offer an environment that is free from potentially harmful chemicals and pollutants, it always results in higher retention levels, increased productivity, and a steep decline in absenteeism. 

Pollen, dust, fungi, clean solvents, formaldehyde, paint, and perfumes are some of the major factors that severely impact air quality. It is hard to control them entirely but can be kept under check with air quality inspection services. 

Over the decade, SMSLA global has gathered extensive experience in the assessment of indoor air quality analysis and testing. All of our services including analytical services are backed by our qualified and experienced team members. Additionally, our quality testing facilities are equipped with state-of-the-art technology and machinery. Our experts put forward their best practices coupled with their technical knowledge assimilated in their years of practice.   

At SMSLA global, we employ an end-to-end approach for complete indoor air quality inspection. With advanced testing capabilities to analyze high-end chemical, microbiological, physical, and instrumental parameters with state-of-the-art facilities, SMLA global strives to fulfil - a proactive commitment toward quality, safety, environment, and social compliance. 

We strive to create a healthier, comfortable, and productive environment for local residents and the company’s employees.  

Material testing is important for all industries as it ensures the quality and safety of the end product.  Usually it is done at the end of the manufacturing process.  It is better to test individual parts of a product rather than the whole product at  one time.  Here are a few ways by which you can determine the quality of a  material  

There are many types of material testing that can be done on products.  If your company doesn’t have the facilities for testing, you can outsource it to material testing laboratories.  Here are a few types of material testing 

• TENSILE TESTING: Tensile testing is done to check how a material behaves when axial loads are applied to it.  This type of testing is mostly done on plastic, metal, rubber and fabric materials.  For checking the tensile strength, the material is exposed to both high and low temperatures. 

• STRESS TESTING: Stress testing is done to determine a material’s ability to resist compressive  force applied to break it.  The time period force which the force is resisted is also  recorded.   

• BEND TESTING: For testing the flexibility of a product, a bend test is done.  There are two  types of bend testing that can be done in a material testing lab  namely 3 point and 4 point.  In this type of testing, either the load measurement or the breaking point of a material is determined.   

• BOND STRENGTH TESTING: Bond strength testing involves determining the amount of stress require to break the adhesive bond between two materials.  This type of test is mostly done on orthodontics and medical adhesives.   

Here are some other useful tips that you can take to determine the quality of a material.   

PRE-INSPECTION  

Material testing is also known as inbound or receiving  inspect here are some steps that can be followed before the actual inspection.   

The receiving department in your organization will already have its own processes in place  which might include verifying and recording the quantity of material received, checking the order purchase number and verifying whether the order is complete 

• PHYSICAL INSPECTION  

It is always a good idea to take photos and videos of the material after you receive it.  There are many workflow management tools  that enable you to tag the photos you take for easy storage in inspection forms.   

• CHECK  PROJECT SPECIFICATIONS  

This is a critical step that needs to be taken.  Check the specifications of the project to confirm whether the material you received from material testing labs in India meets the required specifications.  Any part or component whether liquid or metal that does not meet the standards should never pass inspection 

Once you know the specifications of the project, you can confirm whether the materials meet the contract requirements and purchase order 

There are other different types of testing that can be done in a material testing lab   like shear test, peel test, tear strength testing, creep resistance and elastic limit testing.   

SMSLA Global is an accredited material testing laboratory.  Our material testing services include food packaging material testing for seafood and other sectors.  We have our laboratories are in Ahmedabad, Coimbatore, Cochin, Mumbai, Hyderabad,  Chennai, Coimbatore, and  Visakhapatnam.   

Materials testing is a technique used to check the physical and mechanical properties of raw materials and various components. It is done for many reasons and provides vital information about tested materials, prototypes, and product samples. The data gathered from testing can be useful for engineers, product designers, and product managers. Material testing is usually done in a material testing lab. 

Testing is done for meeting regulatory requirements, selecting the right materials for an application, assessing product design, and confirming product specifications. 

DIFFERENT TYPES OF MATERIALS TESTING  

There are many types of testing that can be done in material testing laboratories. It can help to understand what material would best suit a certain purpose. Testing methods can include: 

WE CONDUCT DIFFERENT TYPES OF MATERIALS TESTING  WHICH ARE AS FOLLOWS  

1.PLASTIC INDUSTRY: As Per IS 9845 Laboratory to assure the quality of plastic product By Overall Migration & Color Migration Test, For Specific Migration ICPMS can be used to identify Trace Metals  and GC/MS can be used to identify harmful chemicals and toxins Test as to be done by Bis(2-ethylhexyl) phthalate. 

2. FOOD PROCESSING INDUSTRY: Food manufacturers use plastics for packaging purposes. Overall Migration & Color Migration Test can be done for 10 days in Oven (40°C) to  Identify the taste and Odor in Plastics, So we can find solvent residue in plastics. GC/MS headspace analysis can help identify contaminants in the food. Other than migration test can we check bursting strength. 

Other regular tests being done for these industry are  

• ANALYTICAL CHEMISTRY TRAINING: This type of testing is mostly done on food products. The different components of a food product are chemically separated and tested for PH, additives, preservatives, contaminants, and color. 

• MICROBIOLOGY TESTING: Microbiology testing is done to identify harmful microorganisms and bacteria in food products that are harmful to health. 

• CONTAMINANT ANALYSIS: Contaminant analysis is done to determine the level of pesticides and heavy metals in food.   

WHICH INDUSTRIES CAN BENEFIT FROM USING MATERIAL TESTING IN QUALITY CONTROL PROCESSES?  

Material testing can be used in a number of industries to improve quality control processes: 

1. PLASTIC INDUSTRY: Many manufacturers use plastics during the product design and packaging stage. During the last few years, many companies and consumers have grown apprehensive about the significant amount of toxins in manufactured plastic products. Material testing processes like FTIR and GC/MS can be used to identify harmful chemicals and toxins. 

2. PHARMACEUTICAL INDUSTRY: Many pharmaceutical labs use solvents like ethanol while producing their products but if these solvents are not properly eliminated, they can affect the quality of the end product. Medicines are ingested by people so these solvents have to be removed so that they don’t pose any significant health hazards.   

3. FOOD PROCESSING INDUSTRY: Food manufacturers use plastics for packaging purposes. Harmful toxins and solvent residue in plastics can completely alter the taste or odor of the food. GC/MS headspace analysis can help identify contaminants in the food.   

SMSLA is one of the top material testing labs in India offering services like product testing, environment testing, and inspection services.