Improved BIM Design Capabilities for Fire Sprinkler Systems with new Revit families

The Viking Corporation, a leading solution provider in fire protection and life safety systems, just launched a new Revit family library for its entire range of fire sprinklers. The new Revit families are accessible from Viking’s website. The Revit users can get an improved BIM design process for Viking sprinklers.

With new sprinkler families, the designers can avail families at either a category level, model level, or for a specific sprinkler. While loading a new family into a BIM project, the designer can select a particular Viking sprinkler(s) on the basis of the different attributes along with sprinkler type, orientation, temperature, and finish.

It facilitates a more accurate illustration of the BIM project and circumvents over-burdening the project file with redundant data.

Each new Revit family is delivered in a zip file that comprises of both the Revit file (.rfa) and a equivalent text file with specific sprinkler types, models and attributes. While extracting the zip file, the text file will be downloaded automatically and is then referenced backstages to facilitate the customization of the selected sprinklers in the BIM project.

Besides, depending on the feedback from the Revit user community, Viking has maximized the visual illustration of the new Revit families to provide a precise 3D view of the sprinkler, whereas eliminating irrelevant visual detail, thus providing rapid rendering and load times.

The new Revit families also facilitates adjusting different instance parameters within the BIM project, along with the sprinkler’s thread engagement with fittings, addition of an escutcheon, and deflector positioning. Also, while working in the Revit plan view, the new Viking families reference the proper sprinkler symbols, adhering to the NFPA 170 Standard.

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A position is vacant for a BIM manager

Job Description: Handel Architects is inviting application for a devoted and energetic BIM Manager to lead and manage the firm’s projects efficiently around the world.

The candidate has to perform inside a highly collaborative environment, with senior staff, on an extensive range of large and impactful urban projects, and involve as mentor and technical guide to all project teams.

The candidate will be liable for sustaining and advancing the existing BIM processes, content and standards supporting company’s daily practice, and make sure that the teams are satisfying these needs over the project life cycle.

Requirements:

• At least ten years of experience in Architectural practice on project teams at all stages of project development.
• Take part in the full cycle of three or more large scale built projects, involving collaboration with all most important disciplines, and in an important BIM capacity.
• Sound knowledge in Revit, visual programming and related third party capabilities.
• Well versed with performance analysis tools and process employed to BIM for energy consumption, solar study, view and quality control.
• Expertise with Rhino and visual programming, visualization process and their interoperability with other environments.
• Knowledge with developing and supporting an office wide infrastructure of: technologies, processes, workflows, employee training, policies and quality controls methods for BIM work on several projects.
• A discipline to govern all BIM related project team inquiries, and actively involved in sustaining a view of project requirements and current project alignment with established office wide practice.
• Dedication for better productiveness through process refinement and progress of automation. Adeptness with the related programming languages and knowledge of the APIs is an added advantage.

• Sound knowledge in oral, written and graphic communication necessary for engaging and efficient teaching, and an aspiration to help others improving their skills in these areas.
• Well-built self-directed motivation and judgment to arrange priorities and manage competing demands for achieving long range goals.

Besides salary, there are other benefits like health benefits, competitive PTO, parental leave, 401K match, reimbursement and mentoring for ARE exams, and Whiteboard Groups.

Please, send your application by clicking on this link andelarchitects.com

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Job for BIM Manager in Dublin

A position is vacant for an experienced BIM Manager to work in tandem with a leading main contractor through-out Ireland.

The prospective candidate should contain a contracting background performing on large scale developments for minimum 5 years.

Roles & liabilities:

• Arrange a framework for BIM execution that is aligned to the growing maturity of the business.
• BIM Centre of Excellence lead, liable for knowledge management and allocating best practice.
• Direct engagement with the Design Management community to support the drive for better governance of design management and integration with BIM processes.
• Assist to develop master information delivery plans and task information delivery plans, set up information structure and standards, agree output formats and authenticate compliance.
• Review and enhance internal systems for compliance with industry standards, e.g. filing systems, BIM procedures within IMS.
• Set out the proper BIM Digital toolsets for the company along with formation of the perfect software procurement model and supporting the related technical implementation.

• Develop operating methods for implementing new software (Revit, Navis works, Civils 3D).
• Interpret project specific EIRs to integrate these into supply chain assessments (Consultant and Contractor), develop CIRs for Tier 1 contractor to issue to key suppliers incorporating specific EiR requirements, organize BIM Execution plans and aid in pre-contract response to EIRs.
• Work in tandem with the project teams to set up information exchange processes, and CDE management.
• Provide direct support at Project level for exploring the benefits of 3D modelling eg. Design optimisation, Construction sequencing, Information management.

• Support the Work Winning teams in recognizing the best value design and construction for tenders and for responding/selling BIM Capability in Quality Submissions.
• Arrange training and awareness of BIM

Apply online irishjobs.ie

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Details about Aautodesk BIM 360 package

Autodesk BIM 360 is an integrated cloud platform for AEC project delivery and construction management. It is specifically designed for the design manager, construction manager, construction site supervisor, building owner, operations manager or anything else to access the exact tools to fulfill project planning and delivery responsibilities.

BIM 360 Docs – It is the base for all work managed in BIM 360. As any AEC project sets out, this is where it should begin. It’s the place to consolidate, control and provide entry to project information for all team members.

BIM 360 Design – The design package combines workflows that occur all through the design stage of the project into the BIM 360 common data platform to simplify the transformation process into construction. Design teams will be able to assess and collaborate continuously during the design phase. Workflows comprise of co-authoring shared Revit models, coordinating deliverables with multidiscipline design teams, tracking deliverables exchanged, and visualizing alterations among deliverables in aggregated models.

BIM 360 Glue – It facilitates the team members to simplify VDC and BIM collaboration through the expedition of model aggregation and clash detection along with performing constructability reviews, recognizing costly issues in the pre-construction phase, enhancing multi-discipline coordination, and automating clash detection and speed reviews.

BIM 360 Build – It makes the quality control and jobsite security of construction better by arranging superior construction quality control and eliminating rework. Besides, it applies the checklists to boost jobsite safety programme conformance. It has the capacity to generate, assign and manage issues, RFIs and Submittals, and monitor field performance with construction daily reports.

All packages are available with insight tools in our project analytics offering as well as general document management capabilities together with file sharing, publishing drawings, version control, and document comparison features.


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NBS Chorus, the first cloud-based platform for BIM professionals

NBS Chorus belongs to a collaborative specification platform specifically useful for global design and construction. It facilitates the professionals to generate superior quality specifications proficiently.

With the application of cloud technology, the users will be able to obtain the latest software and global content at all times, enhancing collaboration and efficiencies over entire teams and minimize risk.

NBS Chorus facilitates the entire team to work in tandem with each other. It associates the people you require from any location, offers the entire team with perfect global standards and classifications and relates this all simultaneously in a platform developed for BIM on a global scale.

The capability to function inside a cloud-based software platform facilitates to collaborate with external organisations undertaking projects globally with the capabilities of the collaborative software.

This platform will facilitate to work more efficiently among Studios as well as with other consultants. One can get the ability to assess specifications not in isolation from the design/model, but as part of the design, will allow for more collaborative discussion with context.

As project specifications can be obtained from various design discipline in a single area, the effective collaboration will be created and it will eliminate the risk of gaps in the project specification as well as take out assumptions in design information that contains numerous responsible parties.

NBS Chorus presents structured content written and maintained to UK or Canadian practice and standards.

To get more details about NBS Chorus, visit www.theNBS.com

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The new HoloLens OS update allows to view the 3D BIM models on the construction site accurately

The latest HoloLens OS update (RS4) offers some immense advantages for BIM Holoview users. The performance and projection stability are significantly enhance along with the boosted memory capacity for BIM Holoview.

It facilitates the users to raise the size of the Autodesk® Revit® and Navisworks® files that should be processed though BIM Holoview. Now, it is possible to view more building services and larger areas. This enhancement felicitates the following two important features of BIM Holoview:

(1) Perfect arrangement of models to within 2cm which allows visual validation of the perfect positioning of structural elements and services.

(2) The transparency mode that facilitates the layers of a building, and hidden structure and services to be visualized.

Presently, the non-residential construction industry has to pay roughly US $49 billion annually for Design and construction errors.

The purpose of BIM Holoview is to curtail these costs by around 50%, it means that the average potential savings for a construction company could be $1.4 million annually (and $24.5 billion for the industry overall).

The users also get advantage from increased productivity because of the comprehensive understanding for viewing models on-site.

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A Practical Guide to Adopting BIM in Construction Projects – A useful guide book for BIM professionals

A Practical Guide to Adopting BIM in Construction Projects is an exclusive e-book written by Mr. Bimal Kumar, Professor of IT in Design and Construction, School of Engineering and Built Environment, Glasgow Caledonian University, UK.

The book is considered as a useful resource for practitioners to implement BIM successfully in construction projects. The book combines background theory and practical ideas for BIM execution.

This book provides practical suggestions on how the digital transformation can be generated the benefits can be reaped successfully from BIM by providing more efficient and creative ways of working.

This book demonstrates the unique view of the major issues for implementing BIM in construction projects from a realistic point of view. It offers a synopsis of the key ideas and issues extracted from different guidance documents and resolves the more practical issues, makes an easy understanding of the more complicated and crucial problems of processes, standards and protocols which should be set for the successful implementation of BIM in construction projects. In so doing, it offers reader-friendly guidance to facilitate the engineer or student to completely understand the significances of the process and to ease the use of the principles and techniques in real scenarios.

The author demonstrates a balanced approach integrating adequate background theory and practical ideas to make sure the book is suitable and pertinent to practising engineers, architects, contractors and client organisations. The appendices arrange practical advice and material for BIM projects, handling various issues like compliance, project implementation plans and learning outcomes. Although much of the topic originates from the UK, it is equally suitable in any country where best practice is required.

To purchase the book online, click on the following link www.amazon.com



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Implementation of BIM in construction industry – A brief analysis by Alan Lamont

In this video tutorial, Alan Lamont, Vice President, Digital Advancement Academies, Bentley Systems, provides good information on implementation of BIM in construction industry.

BIM implementation is gaining popularity among construction sectors since more and more decision-makers get the ability to recognize how by virtually prototyping the building under construction, they can evaluate the design more efficiently, attain more precision in construction as well as evaluate alternatives in respect of cost and other parameters.

With BIM, it is possible to utilize the resources and optimize the workflows and as a result the productivity and profitability are increased.

But there are some barriers for which BIM is not adopted full fledgedly in all construction projects.

The barriers comprise of five major factors ranging from intricacy in changing people’s habits, restricted applicability, interoperability issues, restricted budgets and slack in various operating standards.

To get more detail information, go through the following video tutorial.

Video Source: Geospatial World

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Benefits of BIM for Surveyors throughout retrofitting of a construction works

The prime responsibility of a surveyor is to deal with several measurements, values, costs, schedules dimensions and demarcations which are gathered from trustworthy and precise sources of data. BIM facilitates the surveyors to avail and evaluate all this data in form of geometries, numerals, and essential foot notes [with annotations to building object and modeled elements] for clear-cut information.

As-built BIM models allow in visualizing the data, finally authorizing surveyors to obtain detail information as well as insights. This insight allows survey professionals to perform proper analysis with the purpose of giving suggestions to architects and contractors for the sake of occupants and all the stakeholders who are associated with the building design and development projects.

When it is required to arrange the BIM models in as-built conditions of the building, the construction works or the infrastructure are analyzed prior to scanning and redesigning the project.

By maintaining exact level of detailing of designs in BIM, the project is expanded and a development stage is reflected for construction management related decisions. Issues associated with constructability, probable clashes, challenges in building up a wall or taking off one, time and cost, etc. are examined, risks are computed and mistakes are amended in the initial phase by a team collaboration among the engineers and the surveyors.

Opportunities for Surveyors:

• BIM for surveyors enhances collaboration and co-ordinations between multi-disciplinary teams
• BIM facilitates the surveyors to work out embodied CO2 in buildings and recommend remedies
• BIM allows the surveyor to quickly finish the work cost-effectively.
• Produce accessible synchronized information concerning project performance & constant maintenance of the property
• Surveyors can make best use of their work profile with BIM
• Ability to make proper decision for spatial planning, material orders, and QTOs – in case of retrofitting

With BIM, the surveyors get the ability to accomplish their jobs efficiently & with superior collaborative input. BIM for surveyors is rightly crucial whether it is a project of new construction works or retrofitting a really elderly one.

Source: https://archinect.com

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The role of BIM in prefabrication period

BIM is used to provide digital representation of the building process in 3D with the scope of a 4D (time) and 5D (cost) of data to minimize errors, enhance effectiveness and decision-making.

With improved perceptibility and clarity throughout a project to ensure that things remain on the schedule that’s been dedicated to and within the calculated budget being proposed, BIM tools provide substantial ROI for architecture, engineering and construction (AEC) professionals.

Besides, base-level geometry of a structure, BIM comprises of spatial relationships; mechanical, electric and plumbing (MEP) components and the quantities and cost estimates for the required building materials. If any modification is made, associated objects are updated along with it, all in a centralized model so that each team member of the project can get access of that model.

BIM produces a broad, digital picture of a project to facilitate the project stakeholders to have clear view concerning what resources are essential and when, as well as reduce the chances of over- or under-estimating the time and money the project will require.

The objective of prefab and modular methods is to lessen the time required to fabricate a structure on the jobsite, as well as integrate MEP components into the panel or module while fabrication is going on. BIM contains these components in the entire building model and makes trade-to-trade coordination better.

In prefab and modular construction, assembly requirements are altered since the piece, panel or module design is calibrated. As soon as the design gets ready, BIM can generate visual-based manuals, in place of written instructions so that the workers can get a clear idea of the new steps for fabrication.

Building in the virtual space is incorporating the new technologies like virtual and augmented reality.

Virtual reality can offer an immersive understanding of the BIM model and a supplementary resource for AEC professionals to examine the design options and find out design errors.

AR facilitates to layer BIM models with real objects in the jobsite as a reference point during the assembly process and avoids the construction errors.

Source: constructiondive.com




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Benefits of integrating BIM Level 2 with the project

The design is considered as the most vital phase of any project and the design should be proper prior to go ahead is the basis for smooth delivery and successful completion. Throughout initial planning phases, manufacturers and specialists can provide a wide array of benefits.

With collaboration, main contractors and architects can establish technical and estimating support as well as get benefitted from manufacturers’ consultancy and increasing knowledge of products and methods currently available that would fulfill the requirements of main contractor’s like offsite solutions or alternative materials.

Involving all related parties at design phase develops a collaborative approach from the beginning. Dealing with all the options obtainable to them, and getting manufacturers to participate in initial technical meetings, signifies the plan of the project on the whole is more up to date. Devoid of proper feedback at the conceptual and developmental design phases, the design during the project will always encounter modifications which possibly lead to both delays and extra costs.

Integrating BIM Level 2: Here, lies the importance of Building Information Modelling (BIM) Level 2 . The concept of BIM refers to the method of designing, constructing or managing a building, infrastructure or landscape asset with electronic information. Practically, it signifies that a project should be designed and constructed with data sets and images digitally, prior to visit the site. The purpose of BIM is to meet time, cost and quality needs by handling the project with a more organized and consistent method of work.

Collaborating from the starting of the project, all parties function collectively with the equivalent methods to develop a comprehensive and all-inclusive design that defines all required materials and methods employed as well as provides a final cost and timescale to hand over the project.

The successful completion of a project mainly depends on the Employer’s Information Requirements (EIR) and the BIM Execution Plan (BEP).

With the EIR settled throughout the vital design phases, it describes the project along with the implemented standards, necessary outputs, when these will be delivered and in what format, as well as any supporting documentation. All the parties associated with the project can get a clear conception of what is desired and to turn into BIM Level 2 certified, a customized BIM Implementation Plan (BIP) should be made.

Inside BIM, the BIM Execution Plan (BEP) belongs to a vital document as it sustains project integration. A written plan that gets all of the tasks and relevant information collectively as specified in the EIR, with all the stakeholders and processes taken into account.

Article Source: www.pbctoday.co.uk



By analyzing in the design phases, this BIM documentation is produced and can support the rest of the project during the construction phases right through to building handover.

With the implementation of BIM Level 2, allotting time in design and planning, and consulting with all related parties to receive their valuable specialist perception, the main contractor gets the ability to create an informed, fixed and detailed design to be utilized during the project as well as facilitates to guarantee timely, on-budget delivery and successful execution of the project.

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How BIM was applied in £150M Royal Hospital for Sick Children and Department of Clinical Neurosciences project

The £150M Royal Hospital for Sick Children and Department of Clinical Neurosciences is considered as the single largest project that was designed by HLM Architects. To carry out this complex project, the project team had implemented UK Building Information Modelling (BIM) Level 2 from the beginning of the project.

The project team had embraced a “full BIM Level 2” working surroundings and gradually formed a ‘Project Information Model’ or PIM all through the design and construction phases.

That PIM comprises of structured graphical and non-graphical information which are preserved in a Common Data Environment (or CDE); a common online space that is available to all concerned parties.

HLM Architects substantiated their graphical information models in ARCHICAD. The information model of the project was formed recurrently over time. HLM’s Model Manager received a graphical information model files from across the design team and supply chain on a twice-a-week basis, afterward integrate or ‘organize’ them into a single model for evaluating in design co-ordination meetings.

All the project related drawings are generated in the 3D model, in ARCHICAD. The mass [of the data] is then exported as PDFs or Excel spreadsheets and uploaded to the CDE.”

By utilizing PDF or Microsoft Excel format, the information was made available to all sections of the supply chain.

In the project, there were advanced mechanical and electrical installations and huge amounts of equipment. Besides, a very data heavy project information model is also required for the project. To resolve this problem, the team seldom loaded-up the complete federated model rather than they divided it into controllable sections, only looking at the specific information they needed to at any one time.

By producing the comprehensive design in a BIM surrounding, a robust information model is formed for being analyzed on site.

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BIM/Revit Newsletter | August 2017 Newsletter

5 AUTO LISP routines that every AutoCAD drafter must know about

What is LISP? LISP is a known computer programming language with a long history and an original, fully parenthesized prefix notion.

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Add a gradient background to a 3D view in Revit

Autodesk Revit or Revit is a BIM modeling software for the architects, structural engineers, MEP engineers, designers and contractors that are developed by Autodesk.

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Autodesk Revit has emerged as a leader among the changeable BIM software tools

Revit is industry leading software application which helps BIM in designing and creating the construction of commercial buildings.

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BIM Clash detection with Revit, Navisworks Dynamo 2018

This course and tutorials are designed in order to teach the users in detail about creating the clash detections, reporting them...

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Point Cloud to BIM

BIM methodology is increasingly improving their works in the building design. It is also leading us towards an inevitable increase...

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The Axioms of BIM

The Axioms/fundamental of BIM: Sometimes BIM processes and procedures can be complicated and some of the standards are being pushed.

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Procurement through Collaborative BIM

A few key steps in the Collaborative BIM procurement for the clients and the Central premise say that they can start it from the end.

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Keep Reading,
From team of bimoutsourcing.com
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Heritage BIM Is Ideal For Documentation And Development Of Historical Structures

The application of Building information modeling (BIM) becomes more versatile when it offers huge benefits in the documentation and development of historical structures in a system known as historical BIM (HBIM). The process is complicated for transforming point clouds into a 3D model as there are lots of asymmetrical geometries in the concerned buildings. So, various semi-automatic parameterization tools are required.

Historical building information modeling (HBIM) stands for a semantic-aware database of historical buildings, through which the geometric model is associated with explanatory multi-source information. Historical buildings generally comprise of stratified artifacts along with non-regular and complicated geometry, contrasting to present constructions which normally contain regular geometry. Reality-based spatial data that is generated from cutting-edge geomatics 3D modelling methods can deliver a perfect replica of those buildings, containing all the related information, even though the diversified characterizing shapes are a big challenge at the time of modeling the geometry. Often these shapes are remodeled by hand, as there are limitations for impressive automatic recognition. The aims, structure and scale – and consequently the projected level of detail of the model – significantly impact the system to data acquisition (sensors, accuracy) and data processing.

The workflow for HBIM projects commence from data procurement from different sensors in relation to the necessity of context and the projected outputs. Then, the surveyed point clouds should have been pre-processed and curtailed with different systems and standalone software, and possibly modified for segmentation by means of automatic or semi-automatic object recognition into a BIM platform. Besides, elements are modeled and transformed into an approximation of reality in line with parametric rules, so it is likely to adjust each illustration of the model. As a final point, the shapes and the identities of objects should be associated with proper and sound relationships in accordance with the semantic definition of entities. After this, the model is ready to be explored with other information for analysis and monitoring over time. On the other hand, the manual creation of 3D models linked to as-built BIM is complicated and laborious. As the costs and skills necessary for manipulating the data signify that this approach is not justifiable and more automatic or semi-automatic tools for parameterization of metric and non-metric information are essential.

BIM platforms come up with some standalone embedded tools or plug-ins toward 3D modellers, viewers, analysers. They facilitate the best use of point cloud and processing with the intension of generating geometric modelling, feature extraction and parameterization in heritage buildings. Some commercial ones comprise of ArchiCad BIMx by Graphisoft, Scan-to-BIM by IMAGINiT, Revit by Autodesk, BIM360 by Autodesk, Recap by Autodesk, PonitSense by FARO, Leica CloudWorx, Green Spider, Bentley MicroStation V8i and Tekla Structures. Some open-source alternatives are Edificius, Tekla BIMsight and Autodesk Navisworks Freedom by IMAGINiT.

To read the complete article, go through the following link gim-international.com

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Spot – The Newest Web-Based Product Sustainability Information Tool For BIM

UL just launched SPOT, a web-based product sustainability information tool that will simplify the process for choosing credible green products and facilitate the design community for using that information into the Building Information Modeling (BIM) workflow. Presently, there are over 40,000 products and SPOT database will provide huge benefits to the architects, designers and specifiers to recognize products through sustainable attributes, MasterFormat product codes and building rating system credits like LEED v4 and the WELL Building Standard. The app version of Spot is also available in the Apple App Store and Google Play.

Besides, UL is going to create an add-in that will allow AutoDesk Revit users to obtain product data from SPOT and allocate it directly to their project. This will provide exceptional perceptibility into authentic green product information, allowing superior precision in green building reporting and certification to regional, national and international building standards.

Spot integrates various product attributes to make the selection method simpler for architects and designers, and will change the way certification data is transmitted into BIM project designs.

To gather more information, visit ul.com/spot or send mail to sarah.partridge@ul.com

Ref.: www.prnewswire.com

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BIM Igloo – The Newest 360 Degree Visualization Platform For Construction Professionals

Now-a-days, a new technology has emerged out in the market that will be very useful for construction professionals. It is known as ‘BIM Igloo’. BIM Igloo is a completely immersive 360 degree visualization platform.

UK based Welsh Water company first applied this technology in their project to curtail design work throughout the construction as well as handover phase. Besides, the technology facilitates the design team to involve with supply chain previously.

The design team is also able to convey these designs into reality and the operation team gets the ability to view the design, walk around it virtually, and provide input into the design for its continuing operation.

Igloo also helps in cutting down the travel considerably, inspecting sites through visualizations, creating designs thoroughly, minimizing the requirements for visiting site repeatedly.

To obtain more information on Igloo, go through the following link www.constructionnews.co.uk

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Revizto 4.0 can streamline BIM based design

Go through the following video tutorial to have a sneak peek of the most updated version of Revizto i.e. Revizto 4.0. Now the three individual platforms of the software are integrated into one. Revizto 4.0 offers huge benefits to BIM users.

Revizto can be used to generate accessible 3D environments out of BIM and CAD models and at the same time maintain any and all object data together with those complicated MEP systems through its proprietary software that is founded on gaming technology. Besides, it can retain visualizations lightweight.

Revizto 4.0 is compatible with PCs, Macs, iPads and Android tablets. Revizto 4.0 coms up with a slew of following new features.

Lightweight Visualization and easy to use Platforms.

In Revizto 4.0, there will be no individual Revizto Viewer and Editor platforms. The latest version integrates Viewer’s and Editor’s functionalities into a solo platform below the umbrella moniker of Revizto Viewer.

The users will be able to apply Editor inside the Viewer platform. Now it becomes simpler export project data and schedule future exports, which are utilized to allocate BIM data with the entire team members.

2D Support for Building Operations: Revizto 4.0 offers complete support for 2D PDF documents together with version control and mark-up capabilities. The users can mark up sheets in a shared platform.

If the users are engaged to work in a 3D model or 2D documents, they will be able to work together with others through Revizto 4.0’s smart issue-tracking functionality. With this feature, the users can operate a building’s entire lifecycle easily and it will be fruitful for later stages of BIM design.

The project information will be available as a navigable 3D environment or as a 2D sheet on a smoothly accessible collective web-based platform. Revizto facilitates easy collaboration for all the project stakeholders and presents an in-built tool for the owners and facility managers in the building operations stage.

Other important features :-

• Compatible with Oculus 1.3, a virtual reality platform that transforms gaming-style visualizations to reality.

• Well matched with touchscreens that allows models to be navigated smoothly.

To get more updates, visit the Revizto website (revizto.com/en/).

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