Transforming Spaces, One Breath at a Time
Our real-time air quality monitors, EC fans, and electronic filtration systems work together to deliver the purest air possible
Our real-time air quality monitors, EC fans, and electronic filtration systems work together to deliver the purest air possible
Our real-time air quality monitors, EC fans, and electronic filtration systems work together to deliver the purest air possible
Our WELL-compliant monitors deliver highly accurate sensor readings, feature Wi-Fi connectivity, and boast a sleek glass finish that complements any interior
Our best in class high efficiency, high performance EC fans are ideal for purified air ventilation
Our WELL Compliant sensors are best in class and provide the needed accuracy to get any project certified
Market Leading efficiency with minimal heat emissions and perform well even at partial loads
Our monitors allow for demand control ventilation making the overall system very energy efficient while maximizing occupant comfort
Our Wi-fi enabled AQI monitors are tightly integrated with our EC fans, providing unparalleled hardware software integration, resulting in best in class performance.
: This application simulates the heat-shrink process. Users can import 3D objects, define material properties, and virtually "shrink" a sleeve around them to see exactly where distortion occurs.
When a flat film is applied to a bottle and heated, it shrinks. A straight line in the artwork will become distorted on a curved bottle.
Simulates hot foils, cold foils, and metallic inks by calculating their specific reflective properties. : This application simulates the heat-shrink process
Are there any or specialty finishes (like metallic foils or matte varnishes) you plan to use? Share public link
The process begins with the structural shape of the container. You can import 3D models in standard industry formats such as .dae (Collada), .obj , or .3ds . If a 3D model does not exist, you can create a custom profile symmetry directly inside Studio by importing a 2D technical drawing (DXF or PDF) of the bottle's silhouette. Step 2: Creating the Virtual Sleeve A straight line in the artwork will become
When executing a repack, designers often have to migrate existing flat artwork onto a completely new bottle structure or adapt old graphics to new film substrates with different shrink percentages. Without specialized software, this results in a trial-and-error nightmare of physical mockups. Esko Studio 10: The Foundation of 3D Packaging Design
Designers, we’ve all been there: you design a killer shrink sleeve, but once it hits the heat tunnel, your logo looks like a funhouse mirror. Esko Studio 10 Visualizer Studio Toolkit Share public link The process begins with the
Send the model to the Visualizer Toolkit. Specify which ink layers are metallic, assign white under-print layers to control opacity, and select spot varnishes.
: For high-end "repack" presentations, Studio Visualizer is used to add finishing effects like foils, embossing, and realistic lighting to the 3D model.
Save the completed file as a Studio file (.zae or .dae) which contains both the container and the simulated sleeve data. Step 4: Apply Artwork in Adobe Illustrator
Esko Studio 10 and Visualizer Studio Toolkit are software solutions designed to streamline and optimize the design and production of shrink sleeves, including repack applications. Esko Studio 10 is a comprehensive design and pre-production tool that enables users to create, edit, and manipulate shrink sleeve designs with ease. Visualizer Studio Toolkit, on the other hand, is a powerful visualization and proofing tool that allows users to validate and verify their designs before production.
"Ready to improve your indoor air quality? Get in touch with us today to explore our certified IAQ solutions. Breathe easier, live healthier—contact us now!"
: This application simulates the heat-shrink process. Users can import 3D objects, define material properties, and virtually "shrink" a sleeve around them to see exactly where distortion occurs.
When a flat film is applied to a bottle and heated, it shrinks. A straight line in the artwork will become distorted on a curved bottle.
Simulates hot foils, cold foils, and metallic inks by calculating their specific reflective properties.
Are there any or specialty finishes (like metallic foils or matte varnishes) you plan to use? Share public link
The process begins with the structural shape of the container. You can import 3D models in standard industry formats such as .dae (Collada), .obj , or .3ds . If a 3D model does not exist, you can create a custom profile symmetry directly inside Studio by importing a 2D technical drawing (DXF or PDF) of the bottle's silhouette. Step 2: Creating the Virtual Sleeve
When executing a repack, designers often have to migrate existing flat artwork onto a completely new bottle structure or adapt old graphics to new film substrates with different shrink percentages. Without specialized software, this results in a trial-and-error nightmare of physical mockups. Esko Studio 10: The Foundation of 3D Packaging Design
Designers, we’ve all been there: you design a killer shrink sleeve, but once it hits the heat tunnel, your logo looks like a funhouse mirror. Esko Studio 10 Visualizer Studio Toolkit
Send the model to the Visualizer Toolkit. Specify which ink layers are metallic, assign white under-print layers to control opacity, and select spot varnishes.
: For high-end "repack" presentations, Studio Visualizer is used to add finishing effects like foils, embossing, and realistic lighting to the 3D model.
Save the completed file as a Studio file (.zae or .dae) which contains both the container and the simulated sleeve data. Step 4: Apply Artwork in Adobe Illustrator
Esko Studio 10 and Visualizer Studio Toolkit are software solutions designed to streamline and optimize the design and production of shrink sleeves, including repack applications. Esko Studio 10 is a comprehensive design and pre-production tool that enables users to create, edit, and manipulate shrink sleeve designs with ease. Visualizer Studio Toolkit, on the other hand, is a powerful visualization and proofing tool that allows users to validate and verify their designs before production.
