We provide expert consultation services in BIM, encompassing processes, technologies, and methodologies. Our assistance extends to construction firms, design companies, and project owners, guiding them through the entire BIM journey from inception to completion. Whether it involves implementing BIM in construction projects, upgrading technology, optimizing workflows, or ensuring project success, our BIM consulting services are instrumental in unlocking the full potential of Building Information Modeling.
We specialize in offering accurate point cloud to 3D model conversion services, boasting extensive experience in serving clients within the buildings and oil & gas sector. Our skilled team, comprised of engineering and CAD designers proficient in 3D CAD modeling, meticulously analyzes point cloud data to craft precise plant 3D laser models in diverse formats.
Utilizing cutting-edge software tools like Autodesk AutoCAD, Autodesk Revit, Leica Cyclone, Hexagon Cloudworx, and Dassault SolidWorks, our team excels in translating as-built data captured through 3D laser scans into millimeter-precise 3D CAD models tailored for industrial plant applications.
TRITECH delivers comprehensive Architectural BIM solutions tailored for the worldwide construction and engineering sector. Serving a diverse clientele ranging from builders and general contractors to architects and engineers, we empower our clients to harness the benefits of BIM methodologies in their projects, enabling them to achieve their objectives within set deadlines, standards, and budget constraints, thus ensuring optimal return on investment.
We specialize in offering Precast Detailing Services for a variety of precast concrete panels, walls, steel components, and structures. Our expertise lies in generating precise and detailed drawings, designs, and specifications. The precast system involves constructing materials off-site and then transporting them to the construction site for assembly.
We offer Structural BIM Solutions tailored to meet the diverse needs of Residential, Commercial, and Industrial structures, ranging in complexity. Leveraging the extensive experience of our team, we adeptly translate your schematic designs and construction drawings into 3D BIM models with parametric families. Regardless of the project’s complexity, we ensure a seamless transition from model creation to executable structural drawings.
Our proficiency lies in generating comprehensive Building Information Modeling (BIM) for steel sections, starting from detailed LOD 400 models. This enables us to accurately represent steel components and conduct clash detection, streamlining construction processes with precision and efficiency. Our solutions encompass all facets of steel detailing, encompassing columns, beams, braces, trusses, as well as generating views and conducting quantity takeoffs
We offer complete solutions in rebar detailing, managed by a skilled team capable of handling projects of all sizes, whether small or large-scale, which require concrete reinforcement detailing services.
Our three decades of expertise in MEP form the cornerstone of our BIM services for MEP. Drawing from our extensive experience in executing projects of all scales and our collaborations with HVAC/MEP consultants, contractors, fabricators, and manufacturers, we drive innovation in MEP services.
TRITECH utilizes 3D BIM technology to identify and address clashes across multiple disciplines, including architecture, structure, mechanical, plumbing, electrical, fire protection, and others. We develop, validate, and deliver coordinated service drawings, ensuring a “clash-free solution.“ Our BIM coordination services enable contractors to visualize schematic drawings before construction begins, thus preempting costly and time-consuming rework during the construction phase.
As a premier provider of BIM Solutions, TRITECH emphasizes the importance of BIM family creation, particularly focusing on REVIT families across diverse BIM projects. These families serve as essential components or groupings with well-defined parameters.