MARS Bio-Med

MARS Bio-Med

Nanotechnology Research

Whitby, Ontario 54 followers

M.A.R.S. Bio-Med is an innovative leader in manufacturing mercury removal technology and infection control products.

About us

MARS Bio-Med is about Innovation and responding to change in a creative way. We are about generating new ideas, conducting R&D, revamping processes and our improving products and service. This is the mindset within our business and our amazing people. A business where our staff, no matter their position, are always focused on constant improvement, thinking outside of the box and making a difference every day. At MARS Bio-Med, we pride ourselves in following our corporate vision and values to ensure we are industry leaders. We are intensifying our efforts to exceed our customers’ expectations, uncovering their unmet needs and translating our customer’s data into actions, therefore becoming a listening organization. Our customers expect us to continuously innovate with more relevant products that adapt to their needs. That is innovation and is exactly what we are doing in 2021, investing in our loyal customers with products that will exceed their expectations.

Website
http://www.marsbiomed.com
Industry
Nanotechnology Research
Company size
11-50 employees
Headquarters
Whitby, Ontario
Type
Public Company
Founded
2005
Specialties
Dental Amalgam Separators, Anti Microbial Mask, and PPE

Locations

Employees at MARS Bio-Med

Updates

  • Waste Management in Dental Offices Dental practices have a legal and professional responsibility to properly manage the various types of waste they generate, including recycling, domestic, offensive hygiene, clinical, hazardous, and food waste. This is important not only for environmental sustainability but also for preventing pollution and harm to human health. The key responsibilities of dental practices regarding waste management include: 1. Proper segregation and classification of waste: Dental practices must identify and segregate different waste streams according to their hazardous properties and disposal requirements. This includes separating sharps, amalgam, X-ray chemicals, and other hazardous waste from general waste. 2. Appropriate storage and containment: Waste must be stored securely in designated, color-coded containers to prevent leaks or spills. Hazardous waste should be stored for no longer than 12 months before disposal. 3. Compliant transportation and disposal: Dental practices must use licensed waste carriers to transport waste to authorized disposal or treatment facilities. Proper documentation, such as waste transfer notes, must be maintained. 4. Staff training: All staff involved in waste handling must be properly trained on waste segregation, storage, and disposal procedures to ensure compliance and mitigate risks. 5. Waste auditing and monitoring: Dental practices should regularly review and audit their waste management practices identifying areas for improvement and ensuring ongoing compliance. By fulfilling these responsibilities, dental practices can minimize the environmental impact of their waste and protect the health and safety of staff, patients, and the wider community. https://marsbiomed.com

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    Home

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  • ODA ASM 24 Trade Show Special   We know you’ve “Already Got One”   But did you know 9 out of 10 separators will fail the EPA Dental Rule? Not the LibertyBOSS! Purchase a LibertyBOSS amalgam separator at the show or before May 1st  and receive a free LINZ 2 Pack Evacuation line cleaner ($240 value)        See us at the booth      #629   www.marsbiomed.com           1-866-594-3648

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  • MARS Bio-Med reposted this

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    Enzymatic vs. Bacterial Cleaners The key differences between enzymatic and bacterial cleaners are: 1. **Mechanism of Action**:   - Enzymes are non-living proteins that break down organic waste into smaller compounds but do not fully remove the stain or odour.   - Bacteria are living organisms that fully consume and digest the organic waste, completely removing the stain and odour. 2. **Effectiveness**:   - Enzymes work quickly to reduce the size of stains but cannot eliminate them.   - Bacteria take longer but are more effective at fully removing stains and odours by consuming the waste. 3. **Odor Removal**:   - Enzymes do not completely remove odour-producing compounds like ammonia.   - Bacteria produce enzymes as they digest waste, leading to more complete odour removal. 4. **Environmental Impact**:   - Both enzymatic and bacterial cleaners are more environmentally friendly than chemical cleaners.   - Bacteria produce only carbon dioxide and water as byproducts, making them more sustainable. In summary, bacterial cleaners are more effective and environmentally friendly than enzymatic cleaners, as they can fully degrade organic waste and eliminate odours.  Bacterial cleaners like CLEANLINZ are the best choice for the features described, such as reducing sludge, eliminating odours, and being safe for pipes and pump systems. https://lnkd.in/gceCn_YJ

    CleanLINZ

    CleanLINZ

    canada.marsbiomed.com

  • Enzymatic vs. Bacterial Cleaners The key differences between enzymatic and bacterial cleaners are: 1. **Mechanism of Action**:   - Enzymes are non-living proteins that break down organic waste into smaller compounds but do not fully remove the stain or odour.   - Bacteria are living organisms that fully consume and digest the organic waste, completely removing the stain and odour. 2. **Effectiveness**:   - Enzymes work quickly to reduce the size of stains but cannot eliminate them.   - Bacteria take longer but are more effective at fully removing stains and odours by consuming the waste. 3. **Odor Removal**:   - Enzymes do not completely remove odour-producing compounds like ammonia.   - Bacteria produce enzymes as they digest waste, leading to more complete odour removal. 4. **Environmental Impact**:   - Both enzymatic and bacterial cleaners are more environmentally friendly than chemical cleaners.   - Bacteria produce only carbon dioxide and water as byproducts, making them more sustainable. In summary, bacterial cleaners are more effective and environmentally friendly than enzymatic cleaners, as they can fully degrade organic waste and eliminate odours.  Bacterial cleaners like CLEANLINZ are the best choice for the features described, such as reducing sludge, eliminating odours, and being safe for pipes and pump systems. https://lnkd.in/gceCn_YJ

    CleanLINZ

    CleanLINZ

    canada.marsbiomed.com

  • Neglecting to clean dental suction lines can have serious consequences, including: 1. **Risk of Cross-Contamination**: Failure to clean suction lines can lead to backflow, where fluids from the suction tubing flow back into the patient's mouth, potentially causing cross-contamination between patients. This poses a risk of infection transmission and compromises patient safety. Daily disinfection of low-volume suction lines is crucial to prevent cross-contamination. 2. **Reduced Suction Efficiency**: Accumulated debris, biofilm, and other contaminants in the suction lines can obstruct airflow and reduce suction efficiency. This can impact the effectiveness of procedures, leading to longer treatment times and decreased productivity in the dental practice. Regular cleaning is essential to maintain optimal suction performance. 3. **Equipment Damage**: Using improper cleaning agents like chlorine-based products can corrode metal components in the evacuation system, potentially damaging the equipment over time. This can result in costly repairs or the need for premature replacement of parts. It is vital to use compatible cleaners to avoid equipment damage. 4. **Health Risks**: Unclean suction lines can harbour bacteria, viruses, and other pathogens, posing health risks to patients and dental staff. Inadequate cleaning increases the chances of exposure to pathogenic microorganisms, compromising the safety of everyone in the dental environment. Proper cleaning and disinfection are essential for infection control and maintaining a safe practice environment. In conclusion, the consequences of neglecting to clean dental suction lines are far-reaching, impacting infection control, equipment performance, patient safety, and overall practice efficiency. Regular cleaning and disinfection protocols are essential to mitigate these risks and ensure a safe and effective dental environment. https://lnkd.in/g_QXaPeB

    Shop Dental

    Shop Dental

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  • Say NO to amalgam fillings. Dental amalgam is 50% Hg (mercury) which is toxic. Composite fillings offer several benefits compared to amalgam fillings: 1. Aesthetics: Composite fillings are tooth-coloured and blend in with the natural colour of teeth, providing a more aesthetically pleasing result compared to the metallic appearance of amalgam fillings. 2. Conservation of Tooth Structure: Dentists can remove less healthy tooth structure when placing composite fillings, allowing the tooth to retain more of its natural strength and structure compared to amalgam fillings. 3. Versatility: Composite fillings can be used in any tooth in the mouth, offering flexibility in placement compared to amalgam fillings which are often preferred for larger areas of decay in the back teeth due to their durability. 4. Durability: While composite fillings may not last as long as amalgam fillings, they are durable and fracture-resistant, making them suitable for small to medium-sized cavities. 5. Customization: Composite fillings can be custom-coloured to match the existing teeth, providing a more natural look and seamless integration with the smile. 6. Minimal Sensitivity: The process of placing composite fillings involves less drilling and preparation, which can lead to reduced sensitivity compared to amalgam fillings. It's important to consider factors like cost, longevity, location of the filling, dental insurance coverage, and personal preferences when choosing between composite and amalgam fillings. Dental amalgam is 50% Hg (mercury) which is toxic.

  • What should you look for when trying to find the right dentist for you and your family? When trying to find the right dentist for you and your family, consider the following factors: Recommendations: Ask for recommendations from friends, family, or healthcare providers. Convenience: Consider the location of the office and its proximity to your home or work, as well as the office hours. . Insurance and Payment: Check if the dentist is in your network if you have dental benefits, and inquire about payment options. Credentials and Special Needs: Request the dentist's credentials and inquire about their experience in treating patients with specific needs. Comfort and Fit: Schedule a consultation to meet the dentist and staff, and assess the cleanliness and orderliness of the office. Specialized Services: If you need specific services, ensure that the dentist offers them or can refer you to a specialist if needed. By considering these factors, you can find a dentist who meets your needs and provides the best dental care for you and your family. https://lnkd.in/gi5XUvXm

    Shop Dental

    Shop Dental

    https://marsbiomed.com

  • There is NO safe level of Mercury in blood Mercury is the most poisonous, non-radioactive, naturally occurring substance on our planet. There is NO safe level of mercury because even one atom of it in your body is doing some harm to it. There is no debate about the toxicity of mercury and every knowledgeable scientist and health professional understands how poisonous mercury is. Yet even today the American Dental Association (ADA) and pro-amalgam dentists who support its insane, logic-defying position, continue to say that the mercury released from these fillings is not a health hazard. https://lnkd.in/gw5ceRvU

    Dental

    Dental

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  • Clean Lines Save Money Clean dental evacuation lines save money Clean dental evacuation lines can indeed contribute to cost savings in a dental practice. Dental evacuation lines, such as suction lines and vacuum systems, play a crucial role in maintaining a clean and sanitary environment during dental procedures. Here's how keeping these lines clean can save money: Preventing Equipment Damage: Regular cleaning helps prevent the buildup of debris, calculus, and other contaminants in evacuation lines. Accumulation of such materials can lead to clogs and damage to the suction system or dental equipment. Preventing damage through regular cleaning extends the lifespan of the equipment, reducing the need for costly repairs or replacements. Maintaining Performance: Clean evacuation lines ensure optimal performance of suction systems. Efficient suction is essential for a smooth dental procedure, and when evacuation lines are clogged or compromised, it can lead to decreased suction power. Maintaining proper performance avoids delays in procedures and ensures that dental work can be completed efficiently. Infection Control: Dental evacuation systems play a crucial role in infection control by removing saliva, blood, and debris from the oral cavity. Regular cleaning and disinfection of evacuation lines help prevent the spread of infectious agents. This can lead to a reduction in the risk of cross-contamination among patients and dental staff, potentially saving costs associated with managing infections. Compliance with Regulations: Many health and safety regulations require dental practices to maintain clean and sanitary conditions. Failure to comply with these regulations can result in fines and legal consequences. Regular cleaning of evacuation lines helps ensure compliance, avoiding potential financial penalties. Improved Patient Satisfaction: A clean and well-maintained dental environment contributes to positive patient experiences. Satisfied patients are more likely to return for future dental services and recommend the practice to others. This can lead to increased patient retention and the attraction of new clients, positively impacting the practice's financial success. In summary, investing time and resources in the regular cleaning and maintenance of dental evacuation lines can lead to cost savings by preventing equipment damage, maintaining efficient performance, ensuring infection control, complying with regulations, and enhancing patient satisfaction. https://lnkd.in/gks6RjED

    CLEANLINZ

    CLEANLINZ

    usa.marsbiomed.com

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