30ml
Cosmetic product for external use only. Do not ingest. Avoid eyes contact. Keep out of reach of children. Cosmetically tested.
PRODUCT ID:
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A skincare revolution that respects the diversity of everyone’s skin, protecting and enhancing the vitality of the skin’s microbiota – the ecosystem of microorganism responsible for the skin’s health, beauty and balance.
A pure concentrate of wellness for a natural beauty routine with an immediate regenerating and slow aging action, an emotional texture and an evocative natural olfactory note.
The precious formula combines organic “Salento Aloe Vera”, an extraordinary moisturizing, soothing and microbiota-friendly ingredient with organic olive oil and selected prebiotic and probiotic actives.
Aloe Barbadensis Leaf Extract* , Olea Europaea Fruit Extract* , Lactococcus Ferment Lysate , Butyrospermum Parkii Butter* , Caprylic/Capric Triglyceride ,Betaine, Sucrose, Glycerin, Zymomonas Ferment Extract ,Cetearyl Glucoside, Honey extract, Inulin, Hydrolyzed Rhodophyceae Extract, Benzyl Alcohol, Benzoic Acid, Sorbic Acid, Maltodextrin, Parfum**, Limonene, Geraniol, Linalool .
*Ingredient coming from organic farming
**Mix of natural ingredients
Best before: 05/23
Bring back 3 empty bottles & receive 1 for free!!
Click to get in contact with our customer service dedicated to beauty professional. You can ask for information about products and promotions, place new orders or notify any kind of issue.
The sustainability module comprehensively addresses various dimensions of the term, effectively managing both the environmental and social sustainability aspects of production processes.
From an environmental standpoint, the module possesses the capability to amass data from heterogeneous sources, culminating in the establishment of the environmental impact of each phase of a product’s lifecycle. For instance, it can calculate this impact in terms of CO2 equivalence. These pivotal insights are harvested from a diverse array of origins, including third-party systems like SCADA and environmental monitoring setups, sensors provided by Antares Vision, or systems such as PLCs. In cases where direct data might be lacking, the module is endowed with the ability to employ models or leverage averaged data to estimate the impact of a particular activity. Furthermore, the module extends its influence to encompass the entire end-of-life phase of a product, considering the environmental consequences related to disposal and recycling.
Transitioning to the realm of social sustainability, the ecosystem adeptly intersects production data with existing contracts. This amalgamation facilitates the optimization of workloads and enables real-time alerts to supervisors should any non-compliance with guidelines arise. For instance, this functionality can prove indispensable in situations like combating exploitative labor practices, such as cases of worker exploitation (i.e. gangmastering) within the agricultural sector. By seamlessly merging production data and contractual parameters, the module contributes to fostering ethical and socially responsible production practices.
In essence, the sustainability module operates as a dynamic platform that empowers organizations to holistically evaluate and enhance their environmental and social footprints. Through its data-driven insights, it enables strategic decisions that align with sustainable goals, ensuring responsible practices and reinforcing corporate social responsibility.
The system acquires data concerning energy consumption, raw material utilization, and machine inefficiencies from a variety of sources, including machine sensors, environmental monitoring systems, SCADA, and ERP systems. This comprehensive data compilation offers a nuanced perspective on the operational dynamics and resource utilization across the production landscape.
Specifically, the module can seamlessly retrieve machine-related data through sensors or leverage data natively available within AV Group’s production machinery. By tapping into these internal machine sensors, the system gathers granular insights into performance, enabling a real-time assessment of energy utilization and operational efficiency. In cases where such machine-specific data is unavailable, the system remains adaptable. It can integrate data from external sources, such as certificates or official documentation, or even apply sophisticated mathematical models to estimate the energy consumption and raw material usage for each production stage.
This multidimensional approach ensures a comprehensive evaluation of the environmental impact throughout the product’s lifecycle. By amalgamating data from diverse sources, including machine sensors, monitoring systems, and external references, the system facilitates a robust analysis that aids in identifying inefficiencies, optimizing resource allocation, and steering the production process towards enhanced sustainability. Through its data-driven insights and flexible methodologies, the module becomes an essential tool in guiding businesses towards more informed, ecologically responsible decisions.
In contrast to its competing counterparts, the sustainability module stands out by its unique capability to deliver sustainability reports grounded in actual data. This module goes beyond surface-level assessments, providing businesses with a robust framework for evaluating areas of enhancement and devising strategies to curtail their environmental footprint.
By harnessing real-time data from a spectrum of sources, including energy consumption, raw material usage, and machine performance, the module offers a comprehensive and accurate depiction of an organization’s ecological impact. This data-driven approach sets it apart from competitors, as it doesn’t rely on theoretical models or estimations. Instead, it presents a factual foundation upon which businesses can base their sustainability initiatives.
The module’s distinct advantage lies in its ability to not only quantify the existing impact but also to guide companies toward viable solutions for improvement. It serves as a dynamic tool that highlights areas where resource optimization can occur, energy efficiency can be enhanced, and eco-friendly practices can be integrated. By providing a roadmap for reducing the environmental footprint, the module empowers businesses to take proactive steps towards sustainability.
Furthermore, the module’s data-rich reports empower decision-makers with tangible insights. These insights serve as catalysts for transformative change, influencing strategic choices that align with environmental stewardship and responsible business practices. This, in turn, contributes not only to an improved ecological footprint but also to a positive corporate image and a competitive edge in a market increasingly attuned to sustainability concerns.
The sustainability module comprehensively addresses various dimensions of the term, effectively managing both the environmental and social sustainability aspects of production processes.
From an environmental standpoint, the module possesses the capability to amass data from heterogeneous sources, culminating in the establishment of the environmental impact of each phase of a product’s lifecycle. For instance, it can calculate this impact in terms of CO2 equivalence. These pivotal insights are harvested from a diverse array of origins, including third-party systems like SCADA and environmental monitoring setups, sensors provided by Antares Vision, or systems such as PLCs. In cases where direct data might be lacking, the module is endowed with the ability to employ models or leverage averaged data to estimate the impact of a particular activity. Furthermore, the module extends its influence to encompass the entire end-of-life phase of a product, considering the environmental consequences related to disposal and recycling.
Transitioning to the realm of social sustainability, the ecosystem adeptly intersects production data with existing contracts. This amalgamation facilitates the optimization of workloads and enables real-time alerts to supervisors should any non-compliance with guidelines arise. For instance, this functionality can prove indispensable in situations like combating exploitative labor practices, such as cases of worker exploitation (i.e. gangmastering) within the agricultural sector. By seamlessly merging production data and contractual parameters, the module contributes to fostering ethical and socially responsible production practices.
In essence, the sustainability module operates as a dynamic platform that empowers organizations to holistically evaluate and enhance their environmental and social footprints. Through its data-driven insights, it enables strategic decisions that align with sustainable goals, ensuring responsible practices and reinforcing corporate social responsibility.
The system acquires data concerning energy consumption, raw material utilization, and machine inefficiencies from a variety of sources, including machine sensors, environmental monitoring systems, SCADA, and ERP systems. This comprehensive data compilation offers a nuanced perspective on the operational dynamics and resource utilization across the production landscape.
Specifically, the module can seamlessly retrieve machine-related data through sensors or leverage data natively available within AV Group’s production machinery. By tapping into these internal machine sensors, the system gathers granular insights into performance, enabling a real-time assessment of energy utilization and operational efficiency. In cases where such machine-specific data is unavailable, the system remains adaptable. It can integrate data from external sources, such as certificates or official documentation, or even apply sophisticated mathematical models to estimate the energy consumption and raw material usage for each production stage.
This multidimensional approach ensures a comprehensive evaluation of the environmental impact throughout the product’s lifecycle. By amalgamating data from diverse sources, including machine sensors, monitoring systems, and external references, the system facilitates a robust analysis that aids in identifying inefficiencies, optimizing resource allocation, and steering the production process towards enhanced sustainability. Through its data-driven insights and flexible methodologies, the module becomes an essential tool in guiding businesses towards more informed, ecologically responsible decisions.
In contrast to its competing counterparts, the sustainability module stands out by its unique capability to deliver sustainability reports grounded in actual data. This module goes beyond surface-level assessments, providing businesses with a robust framework for evaluating areas of enhancement and devising strategies to curtail their environmental footprint.
By harnessing real-time data from a spectrum of sources, including energy consumption, raw material usage, and machine performance, the module offers a comprehensive and accurate depiction of an organization’s ecological impact. This data-driven approach sets it apart from competitors, as it doesn’t rely on theoretical models or estimations. Instead, it presents a factual foundation upon which businesses can base their sustainability initiatives.
The module’s distinct advantage lies in its ability to not only quantify the existing impact but also to guide companies toward viable solutions for improvement. It serves as a dynamic tool that highlights areas where resource optimization can occur, energy efficiency can be enhanced, and eco-friendly practices can be integrated. By providing a roadmap for reducing the environmental footprint, the module empowers businesses to take proactive steps towards sustainability.
Furthermore, the module’s data-rich reports empower decision-makers with tangible insights. These insights serve as catalysts for transformative change, influencing strategic choices that align with environmental stewardship and responsible business practices. This, in turn, contributes not only to an improved ecological footprint but also to a positive corporate image and a competitive edge in a market increasingly attuned to sustainability concerns.
LIBRA IS INDUPLAST PACKAGING GROUP’S INNOVATIVE AIRLESS BOTTLE FOR INCREASINGLY SUSTAINABLE PACKAGING SOLUTIONS
Libra offers a sustainable packaging solution which combines the features of the airless technology with the innovative refill option. The airless technology allows the use of fewer preservatives and preserves the natural components of the final product, ensuring better product preservation by minimizing the risk of contact with altering agents, such as bacteria but also oxygen. In addition, Libra allows for proper dosing of the product and complete emptying of the contents. The innovative presence of a refillable body, made of monomaterial, allows both the reuse of the metering pump and the easy disposal of the refill shell when finished.
Type of bottle: Airless
Size: 35 ml
Color: dark green and black
Transparency: semi transparent
Length: 35 mm
Height: 98 mm
Weight: 26 gr
Section: circular
Bottle: 05 PP
Closures: C/PP 92
Design
Our designers have designed a bottle that can perfectly adapt to the many needs of the market, both in terms of sizes (15-30-50-50-100-150-200 ml in different diameters) and aesthetic customizations (colors, finishes, etc.).
Model and mold production
After designing the model that, based on information gathered from and with the market, meets the needs of fillers and consumers, we created the model and made the pilot molds. These then confirmed the goodness of the design thus enabling us to move on to the industrialization phase of injection molds.
Prototyping
To create our 100% sustainable airless, we used a blend of random virgin polypropylene combined with 3% green and black masterbatch to give the packaging a unique coloration capable to reflect the green philosophy at the origin of the packaging itself.
Production and quality control
Once the prototype is validated, we move on to the actual production of the packaging. At the end of each production cycle, thorough quality controls are done to ensure the quality of the items just produced and their marketability.
Quality controls we carry out on this package:
– Functional check (to verify the correct functionality of the pack);
– Aesthetic control (color uniformity, scratches, dents, etc.);
– Contamination check (to verify the possible presence of contaminants like dust, lint, etc.).
Our airless bottle enjoys Food Contact Certification and is eco-friendly, as is all the packaging solutions produced by Induplast Packaging Group.
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The choice of a technological layer for product identification depends on various factors, such as the budget that can be allocated and the recognizability (or lack thereof) by the consumer. Serialization, in general, can be useful in supporting product identification and monitoring gray markets. However, its effectiveness as an anti-counterfeiting solution is limited. |
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All in-line control data can be correlated to a single element, making it easy to link them and facilitate their retrieval in the event of complaints or non-conformities. |
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All in-line control data can be correlated to a single element, making it easy to link them and facilitate their retrieval in the event of complaints or non-conformities. |
Alert su scansioni fuori dall’area
Alert su scansioni multiple
Analisi con intelligenza artificiale per trovare correlazioni (stesso trasportatore, stesso sito produttivo….)
|
Utilizing element serialization and correlating it with the deviation management system allows for an understanding of whether a deviation related to environmental or process factors has an impact on a single element. This can be particularly useful in investigations or audits. |
ALL INFORMATION DISPLAYED IN THE PAGE IS ONLY FOR DEMO PURPOSES
The sustainability module comprehensively addresses various dimensions of the term, effectively managing both the environmental and social sustainability aspects of production processes.
From an environmental standpoint, the module possesses the capability to amass data from heterogeneous sources, culminating in the establishment of the environmental impact of each phase of a product’s lifecycle. For instance, it can calculate this impact in terms of CO2 equivalence. These pivotal insights are harvested from a diverse array of origins, including third-party systems like SCADA and environmental monitoring setups, sensors provided by Antares Vision, or systems such as PLCs. In cases where direct data might be lacking, the module is endowed with the ability to employ models or leverage averaged data to estimate the impact of a particular activity. Furthermore, the module extends its influence to encompass the entire end-of-life phase of a product, considering the environmental consequences related to disposal and recycling.
Transitioning to the realm of social sustainability, the ecosystem adeptly intersects production data with existing contracts. This amalgamation facilitates the optimization of workloads and enables real-time alerts to supervisors should any non-compliance with guidelines arise. For instance, this functionality can prove indispensable in situations like combating exploitative labor practices, such as cases of worker exploitation (i.e. gangmastering) within the agricultural sector. By seamlessly merging production data and contractual parameters, the module contributes to fostering ethical and socially responsible production practices.
In essence, the sustainability module operates as a dynamic platform that empowers organizations to holistically evaluate and enhance their environmental and social footprints. Through its data-driven insights, it enables strategic decisions that align with sustainable goals, ensuring responsible practices and reinforcing corporate social responsibility.
The system acquires data concerning energy consumption, raw material utilization, and machine inefficiencies from a variety of sources, including machine sensors, environmental monitoring systems, SCADA, and ERP systems. This comprehensive data compilation offers a nuanced perspective on the operational dynamics and resource utilization across the production landscape.
Specifically, the module can seamlessly retrieve machine-related data through sensors or leverage data natively available within AV Group’s production machinery. By tapping into these internal machine sensors, the system gathers granular insights into performance, enabling a real-time assessment of energy utilization and operational efficiency. In cases where such machine-specific data is unavailable, the system remains adaptable. It can integrate data from external sources, such as certificates or official documentation, or even apply sophisticated mathematical models to estimate the energy consumption and raw material usage for each production stage.
This multidimensional approach ensures a comprehensive evaluation of the environmental impact throughout the product’s lifecycle. By amalgamating data from diverse sources, including machine sensors, monitoring systems, and external references, the system facilitates a robust analysis that aids in identifying inefficiencies, optimizing resource allocation, and steering the production process towards enhanced sustainability. Through its data-driven insights and flexible methodologies, the module becomes an essential tool in guiding businesses towards more informed, ecologically responsible decisions.
In contrast to its competing counterparts, the sustainability module stands out by its unique capability to deliver sustainability reports grounded in actual data. This module goes beyond surface-level assessments, providing businesses with a robust framework for evaluating areas of enhancement and devising strategies to curtail their environmental footprint.
By harnessing real-time data from a spectrum of sources, including energy consumption, raw material usage, and machine performance, the module offers a comprehensive and accurate depiction of an organization’s ecological impact. This data-driven approach sets it apart from competitors, as it doesn’t rely on theoretical models or estimations. Instead, it presents a factual foundation upon which businesses can base their sustainability initiatives.
The module’s distinct advantage lies in its ability to not only quantify the existing impact but also to guide companies toward viable solutions for improvement. It serves as a dynamic tool that highlights areas where resource optimization can occur, energy efficiency can be enhanced, and eco-friendly practices can be integrated. By providing a roadmap for reducing the environmental footprint, the module empowers businesses to take proactive steps towards sustainability.
Furthermore, the module’s data-rich reports empower decision-makers with tangible insights. These insights serve as catalysts for transformative change, influencing strategic choices that align with environmental stewardship and responsible business practices. This, in turn, contributes not only to an improved ecological footprint but also to a positive corporate image and a competitive edge in a market increasingly attuned to sustainability concerns.
The sustainability module comprehensively addresses various dimensions of the term, effectively managing both the environmental and social sustainability aspects of production processes.
From an environmental standpoint, the module possesses the capability to amass data from heterogeneous sources, culminating in the establishment of the environmental impact of each phase of a product’s lifecycle. For instance, it can calculate this impact in terms of CO2 equivalence. These pivotal insights are harvested from a diverse array of origins, including third-party systems like SCADA and environmental monitoring setups, sensors provided by Antares Vision, or systems such as PLCs. In cases where direct data might be lacking, the module is endowed with the ability to employ models or leverage averaged data to estimate the impact of a particular activity. Furthermore, the module extends its influence to encompass the entire end-of-life phase of a product, considering the environmental consequences related to disposal and recycling.
Transitioning to the realm of social sustainability, the ecosystem adeptly intersects production data with existing contracts. This amalgamation facilitates the optimization of workloads and enables real-time alerts to supervisors should any non-compliance with guidelines arise. For instance, this functionality can prove indispensable in situations like combating exploitative labor practices, such as cases of worker exploitation (i.e. gangmastering) within the agricultural sector. By seamlessly merging production data and contractual parameters, the module contributes to fostering ethical and socially responsible production practices.
In essence, the sustainability module operates as a dynamic platform that empowers organizations to holistically evaluate and enhance their environmental and social footprints. Through its data-driven insights, it enables strategic decisions that align with sustainable goals, ensuring responsible practices and reinforcing corporate social responsibility.
The system acquires data concerning energy consumption, raw material utilization, and machine inefficiencies from a variety of sources, including machine sensors, environmental monitoring systems, SCADA, and ERP systems. This comprehensive data compilation offers a nuanced perspective on the operational dynamics and resource utilization across the production landscape.
Specifically, the module can seamlessly retrieve machine-related data through sensors or leverage data natively available within AV Group’s production machinery. By tapping into these internal machine sensors, the system gathers granular insights into performance, enabling a real-time assessment of energy utilization and operational efficiency. In cases where such machine-specific data is unavailable, the system remains adaptable. It can integrate data from external sources, such as certificates or official documentation, or even apply sophisticated mathematical models to estimate the energy consumption and raw material usage for each production stage.
This multidimensional approach ensures a comprehensive evaluation of the environmental impact throughout the product’s lifecycle. By amalgamating data from diverse sources, including machine sensors, monitoring systems, and external references, the system facilitates a robust analysis that aids in identifying inefficiencies, optimizing resource allocation, and steering the production process towards enhanced sustainability. Through its data-driven insights and flexible methodologies, the module becomes an essential tool in guiding businesses towards more informed, ecologically responsible decisions.
In contrast to its competing counterparts, the sustainability module stands out by its unique capability to deliver sustainability reports grounded in actual data. This module goes beyond surface-level assessments, providing businesses with a robust framework for evaluating areas of enhancement and devising strategies to curtail their environmental footprint.
By harnessing real-time data from a spectrum of sources, including energy consumption, raw material usage, and machine performance, the module offers a comprehensive and accurate depiction of an organization’s ecological impact. This data-driven approach sets it apart from competitors, as it doesn’t rely on theoretical models or estimations. Instead, it presents a factual foundation upon which businesses can base their sustainability initiatives.
The module’s distinct advantage lies in its ability to not only quantify the existing impact but also to guide companies toward viable solutions for improvement. It serves as a dynamic tool that highlights areas where resource optimization can occur, energy efficiency can be enhanced, and eco-friendly practices can be integrated. By providing a roadmap for reducing the environmental footprint, the module empowers businesses to take proactive steps towards sustainability.
Furthermore, the module’s data-rich reports empower decision-makers with tangible insights. These insights serve as catalysts for transformative change, influencing strategic choices that align with environmental stewardship and responsible business practices. This, in turn, contributes not only to an improved ecological footprint but also to a positive corporate image and a competitive edge in a market increasingly attuned to sustainability concerns.
LIBRA IS INDUPLAST PACKAGING GROUP’S INNOVATIVE AIRLESS BOTTLE FOR INCREASINGLY SUSTAINABLE PACKAGING SOLUTIONS
Libra offers a sustainable packaging solution which combines the features of the airless technology with the innovative refill option. The airless technology allows the use of fewer preservatives and preserves the natural components of the final product, ensuring better product preservation by minimizing the risk of contact with altering agents, such as bacteria but also oxygen. In addition, Libra allows for proper dosing of the product and complete emptying of the contents. The innovative presence of a refillable body, made of monomaterial, allows both the reuse of the metering pump and the easy disposal of the refill shell when finished.
Type of bottle: Airless
Size: 35 ml
Color: dark green and black
Transparency: semi transparent
Length: 35 mm
Height: 98 mm
Weight: 26 gr
Section: circular
Bottle: 05 PP
Closures: C/PP 92
Design
Our designers have designed a bottle that can perfectly adapt to the many needs of the market, both in terms of sizes (15-30-50-50-100-150-200 ml in different diameters) and aesthetic customizations (colors, finishes, etc.).
Model and mold production
After designing the model that, based on information gathered from and with the market, meets the needs of fillers and consumers, we created the model and made the pilot molds. These then confirmed the goodness of the design thus enabling us to move on to the industrialization phase of injection molds.
Prototyping
To create our 100% sustainable airless, we used a blend of random virgin polypropylene combined with 3% green and black masterbatch to give the packaging a unique coloration capable to reflect the green philosophy at the origin of the packaging itself.
Production and quality control
Once the prototype is validated, we move on to the actual production of the packaging. At the end of each production cycle, thorough quality controls are done to ensure the quality of the items just produced and their marketability.
Quality controls we carry out on this package:
– Functional check (to verify the correct functionality of the pack);
– Aesthetic control (color uniformity, scratches, dents, etc.);
– Contamination check (to verify the possible presence of contaminants like dust, lint, etc.).
Our airless bottle enjoys Food Contact Certification and is eco-friendly, as is all the packaging solutions produced by Induplast Packaging Group.
|
The choice of a technological layer for product identification depends on various factors, such as the budget that can be allocated and the recognizability (or lack thereof) by the consumer. Serialization, in general, can be useful in supporting product identification and monitoring gray markets. However, its effectiveness as an anti-counterfeiting solution is limited. |
|
|
|
All in-line control data can be correlated to a single element, making it easy to link them and facilitate their retrieval in the event of complaints or non-conformities. |
|
|
|
All in-line control data can be correlated to a single element, making it easy to link them and facilitate their retrieval in the event of complaints or non-conformities. |
Alert su scansioni fuori dall’area
Alert su scansioni multiple
Analisi con intelligenza artificiale per trovare correlazioni (stesso trasportatore, stesso sito produttivo….)
|
Utilizing element serialization and correlating it with the deviation management system allows for an understanding of whether a deviation related to environmental or process factors has an impact on a single element. This can be particularly useful in investigations or audits. |
ALL INFORMATION DISPLAYED IN THE PAGE IS ONLY FOR DEMO PURPOSES
INGREDIENTS & FORMULA BY
PRIMARY PACKAGING BY
TECHNOLOGY BY
DESIGN BY
IN PARTNERSHIP WITH
© 2023 All rights reserved – BolognaFiere Cosmoprof – PRIVACY POLICY
Thanks for Webdesign to
Each bottle of SALENTO REGENERATIVE ALOE FACE CREAM is unique. Like a personal identity card, the digital ID of this specific item is embedded in the QR Code printed on its cap. Every time you scan the code, traceability technology checks and verifies this item’s authenticity.
Product history and information are also encoded into the product ID, creating the bridge between the physical and digital world.
ENJOY YOUR JOURNEY INTO THE WORLD OF TRACED BEAUTY!
DIGITAL IDENTITY VERIFIED
| Category | PS (production site) |
| Site ID | PS001 – Antares Vision Cosmetics S.p.A. |
| Country | Italy (IT) |
| Adress | Via del Ferro, 16, 25039 Travagliato BS |
| Item name | Lip balm |
| Lot number | PS001 |
| Production date | 10/10/2023 (dd/mm/yyyy) |
| Number of items | 150 |
| Shipping date | 10/10/2023 (mm/dd/yyyy) |
| Scan Id | XXXXXXXXXXXX |
| Status | Verified ✅ |
![](https://www.avgroup-demo.net/wp-content/uploads/2023/11/Serialized_label.png")
