Teinnova Tools

Teinnova tools are the perfect way to get back time and money for your kitchen exhaust cleaning company. Omni Containment Systems is the only North American distributor of the Tegras System , by Teinnova. We started our partnership in 2017 to bring our clients the best in kitchen exhaust cleaning equipment. This year, we’ve discussed at length the benefits of using the Tegras concept for your kitchen exhaust cleanings. In this blog, we want to highlight each of the Teinnova tools and explain their purpose.

Duct Brushing Robots

Multipro

Teinnova states, “ Multipro is the most technologically advanced robot in the Tegras line. Unlike other models, Multipro lets you integrate a video-inspection system and Visiogras conduit views. It also offers the choice of working remotely through a remote controller, so that cleaning work can be carried out by just one person.” Additionally, the hose can reach up to 98 feet of duct and it weighs roughly 180 lbs. The Multipro is a great addition if you want to save time and money during your next kitchen exhaust cleaning.

Forte

The Forte is roughly the same duct brushing robot as the Multipro with slight differences. For one, it is slightly smaller and lighter than the Multipro, weighing 172 lbs. Additionally, its hose can reach through 82 feet of duct rather than 98 feet of duct. Finally, the Forte does not come equipped with Visiogras. Visiogras is the display screen on the Multipro that allows the user to see inside the duct through a camera that is on the tip of the brush.

Ultrasonic Cleaning Equipment

Filnet Ultrasonic B300 & Filnet Ultrasonic B100

Teinnova’s line of ultrasonic cleaning equipment adds an additional service to your kitchen exhaust cleaning company. This technology allows you to safely and effectively clean kitchen filters and equipment, like frying pans, trays, pots, frying baskets, grills, and burners. These systems are meant to clean kitchenware quickly and with ease. Both products are portable but have very different sizing.

B300 : 79 gallons & approx. 41 in x 32 in x 43 in

B100 : 26 gallons & approx. 31.5 in x 21 in x 42 in

Active Foam Generators

iFoam Pro

This is the part of the Tegras concept that allows you to get the active chemical , Comegras, into the duct system. You hook up the active foam generator to the duct brushing robot, and you’ll be ready to clean ducts in no time. You use the lance (reaching 26 feet) to rinse and spread foam. Additionally, the lance tip bends, giving easier access to everything in the hood, duct, and plenum. The largest difference between the iFoam Pro and iFoam Mini is that with the Pro, you get everything you need in one machine. That means that the Pro doesn’t need to have a separate air compressor because the air compressor is actually built into the system. Finally, the Pro has a built-in touch screen and remote, making control seamless. The Pro weighs approximately 147 lbs and its dimensions are approximately 22.5 in x 16 in x 44.5 in.

iFoam Mini

The iFoam Mini serves the same purpose as the Pro, however it must be purchased with a generator because it does not have one built in. Teinnova recommends using the AR-10 as the compressor for the Mini. It does not have a touch screen or remote but uses a simple control panel on the front. The lance reaches approximately 16 feet and weighs 40 lbs without the Comegras chemical bag-in-the-box. Its dimensions are approximately 15.5 in x 15 in x 36 in.

Measuring Equipment

Grasmeter

The Grasmeter is a digital tool used to measure the depth of grease build up in a kitchen exhaust system. This makes it a perfect tool for determining the type of cleaning you will have to perform at the beginning of a job. Teinnova states, “Ergonomic design. External probe to make measuring easier. Instant readings in real time. Large measurement range. Template for surfaces. Standard calibrations. Membrane keypad. Bluetooth data transfer. Data analysis software.”

Air Generators

AR 10

The AR 10 is compatible with the iFoam Mini.

AR 16

The AR 16 is compatible with the Forte and Multipro.

AR 18

The AR 18 is compatible with the Forte and Multipro.

AR 20

The AR 20 is compatible with both the Forte and Multipro. This compressor uses a patented paddle system, described by Teinnova as, “A patented system of sliding ‘paddles’ which produce a large volume of air and high air pressure. Self-cooling, it can operate for 24 hours at a time.”

Conclusion

Teinnova tools are among the best in the world for kitchen exhaust cleaning companies to utilize if they want to save time and money. With the time saved, more restaurants can be cleaned, thus making more money for your business. Read more about saving time with the Tegras concept in this blog. If you are ready to take your kitchen exhaust cleaning business to the next level, contact an Omni Containment Systems team member. We would be happy to help you choose the perfect tools to elevate your business.

Teinnova Tools

Omni Containment Systems

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How Hydrophobic Filters Improve Environmental Compliance

28 May 2026

Discover how hydrophobic grease filters improve rooftop greases containment, reduce stormwater pollutions, support EPA compliance, and lower maintenance costs for commercial kitchens.

Grease Containment & the Environment: How Your Rooftop Impacts Local Water Systems

23 April 2026

When people think about environmental responsibility in commercial kitchens, they usually focus on what goes down the drain. But one of the most overlooked sources of pollution isn’t inside your facility, it’s on your roof. Rooftop grease runoff from kitchen exhaust systems can have a direct and damaging impact on local water systems, storm drains, and surrounding ecosystems. Without proper containment , that grease doesn’t just disappear, it travels. From Rooftop to Waterway: How Grease Becomes Pollution Commercial kitchen exhaust systems are designed to remove heat, smoke, and airborne grease particles. While hood filters capture some of that grease, a significant amount still passes through the system and accumulates in ductwork and exhaust fans. Over time, this buildup begins to drip onto the roof, spread across roofing materials, and get carried away by rainwater. Once rain hits your roof, it acts as a transport system, moving grease into gutters, downspouts, and ultimately into storm drains. Unlike sanitary sewer systems, stormwater runoff is often discharged directly into local waterways without treatment. As a result, grease from your rooftop can end up in rivers, lakes, municipal stormwater systems, and surrounding soil. Why It Matters: Environmental and Operational Risks The impact of rooftop grease runoff extends beyond a messy roof; it creates real environmental and operational concerns. Grease contains fats, oils, and contaminants that can degrade water quality. When introduced into natural water systems, it can harm aquatic life, disrupt oxygen levels, and contribute to long-term ecosystem damage. At the same time, regulatory compliance is at risk. Local and federal requirements , often tied to EPA stormwater guidelines, mandate that facilities prevent pollutants from entering storm drains. Uncontrolled grease runoff can lead to fines, failed inspections, and increased scrutiny. There are also direct impacts on your facility. Grease buildup can deteriorate roofing materials, void warranties, and create slip hazards for maintenance personnel. What begins as a rooftop issue can quickly escalate into a costly problem. The Role of Grease Containment Systems A properly designed grease containment system serves as a critical barrier between your exhaust system and the environment. Instead of allowing grease to spread across the roof, these systems capture it at the source, right at the exhaust fan's discharge. Filtration media absorbs and holds the grease, preventing runoff during rain events and reducing the risk of environmental contamination. More advanced systems incorporate multi-stage filtration, improving efficiency while reducing maintenance frequency. The result is a cleaner, safer, and more controlled rooftop environment. Sustainability Starts at the Source Environmental responsibility isn’t just about compliance; it’s about prevention . By addressing grease at the rooftop level, facilities can reduce their environmental footprint, support local water quality initiatives, and align with broader sustainability. For multi-site operators and property managers, this becomes even more important. A single poorly managed rooftop can impact not just one building, but an entire property, or even the surrounding community. Best Practices for Preventing Rooftop Grease Runoff Preventing grease runoff doesn’t require a complete overhaul, but it does require consistency and the right approach . Start by installing a high-quality grease containment system designed for durability and ease of maintenance. From there, regular maintenance is key. Filtration media should be inspected and replaced as needed to ensure the system continues performing effectively. Routine rooftop inspections can help identify buildup early, before it becomes a larger issue. Finally, working with experienced professionals ensures proper system selection and installation, setting up the foundation for long-term performance. A Small Change with a Big Impact Grease containment may seem like a small part of your operation, but its impact extends far beyond your rooftop. By taking proactive steps to manage grease runoff, you’re not only protecting your building, but you’re also helping protect your local environment and water systems. Looking to improve your rooftop grease management? Omni Containment Systems provides innovative solutions designed to keep grease where it belongs, off your roof and out of waterways.