Revit Fabrication Flex Tool

@AwaisChaudhry

Hi there, I’ve read your Revit Fabrication Flex Tool needs and I’m confident I can deliver a fast, reliable integration that makes the same flex sizing and spigot placement work inside Fabrication. I will auto-size the flex run from the two picked points on the fabrication duct and the grille connector, place the spigot automatically, and if the duct is too flat for the required diameter, switch to an oval spigot from your library and place it. I’ll tie the results into the fabrication database so part numbers, materials and sizes flow cleanly and schedules stay correct, while exposing advanced material and size options used in your HVAC modelling. The work will be built in C# with the Revit API, and will include clear error handling, tests with your HVAC team, and documentation. I can start with a quick discovery and deliver a working prototype quickly, followed by a staged rollout and optimization. What is the exact Fabrication database schema we should map part numbers, materials, and sizes to? Do you have an existing API or service to write part records back to the fabrication database, or should we build a new one? Which libraries of spigots (oval and circular) are available, and how should we expose selection logic for auto-choose between standard and oval? How should the tool determine when a duct is too flat for the required diameter, and what are the thresholds? How do you want the auto-sizing logic to handle tolerances and curvature? What are the required input

@smparchitects

Hello; We reviewed your project summary. We have excellent ideas for your project and we are very experienced in these projects. We are an architectural company made up of professional architects. We can complete your project in quality above your expectations. You can view our project examples from our profile. https://www.tr.freelancer.com/u/smparchitects?w=f Please contact us to talk about the details of your Revit Fabrication Flex Tool project. Best regards SMP ARCHITECTURE DESIGN & MODELING COMPANY

@LiveExperts

Hello, Hey there! I’m Mirza Muhammad, a seasoned engineer with hands-on experience in complex software development and 3D modelling. My team and I are proficient in using key tools such as Revit, Solidworks, and AutoCAD, which are ultimately essential for successfully delivering on this project. Over the years, we’ve worked in various domains including mechanical engineering where we have utilized these skills extensively to design intricate models. Given our expertise in mathematics, machine learning and algorithms, we can confidently assure you of our capability to promptly deliver the functionalities your project requires. You rightly mentioned the need to connect schedules with correct data and efficiently size flex runs based on connection points - which are areas where we excel. We have a thorough understanding of your need for advanced material selection and dependency on the fabrication database. Additionally, our wide range of engineering experience means that we are comfortable working in different domains and can therefore easily collaborate with your HVAC-savvy team to ensure seamless workflow integration. Essentially, with our comprehensive skills set including deep knowledge of C#, we're ready not just to fulfill your immediate needs, but provide flexibility for further innovation down the line. Give us a shot at this project and let us show you what we're truly capable of! Thanks!

@redbrickamerica

Greetings! I am leading an American Licensed Engineers team specialized in Structural and Civil Engineering with vast experience across the USA and Canada. Our expertise aligns perfectly with your project needs for the Revit Fabrication Flex Tool. We excel in providing detailed structural designs, safety analyses, and efficient land development plans. Our team is well-versed in Revit, AutoCAD, and HVAC systems, ensuring accurate and innovative solutions for your project. We are ready to seamlessly integrate the auto-sizing of flex runs, place spigots, and enhance material selection options, meeting your advanced requirements. When can we initiate this exciting collaboration? Cheers, RedBrick American Engineering

@OnkarGraphics

With nearly a decade of 3D modeling and design experience, I'm confident in my ability to deliver your Revit Fabrication Flex Tool to your exact specifications. My proficiency in AutoCAD, SolidWorks, and Revit is unrivaled and gives me an in-depth understanding of your project's requirements. Having successfully completed several projects similar to this one, I am familiar with creating tools that read and transfer data from databases while ensuring accurate part numbers, materials, and sizes. One thing that sets me apart is my adaptability and willingness to collaborate closely with clients - values that have established long-term relationships even after projects were finished. I understand the responsibility and complexity of HVAC systems modeling and that's why I believe my HVAC knowledge combined with my technical skills can bring a great deal of precision to this task. In conclusion, I am ready to fully commit myself to delivering this Revit Fabrication Flex Tool for you. With my versatile skillset, collaborative approach, and dedication to delivering on time with excellent communication throughout, I'm confident that choosing me would be a decision you won’t regret. Let’s transform your vision into exceptional reality!

@Feriver

Hi, I can port your existing Flex Tool workflow cleanly into the Revit Fabrication environment while preserving the speed, reliability, and fabrication accuracy you already rely on. The implementation will use the Fabrication API and database integration rather than generic Revit elements, ensuring that all parts resolve correctly with valid item numbers, materials, and sizes for downstream scheduling and CAM workflows. The tool will calculate the flex run directly from picked fabrication duct geometry to the grille connector, auto-size the flex, and place the correct spigot at the computed connection point. Geometry validation will detect insufficient duct depth and automatically switch to an oval spigot from your existing library when required, maintaining airflow intent without manual intervention. Advanced size and material logic will be exposed through configurable rules consistent with HVAC modelling practices, while remaining fully compliant with your fabrication database standards. The code will be structured for maintainability, allowing iterative refinement during close collaboration and easy extension into future fabrication tools. Regards, Soas

@mzdesmag

Hello sir, Did go through your job description and glad to share that I have enormous experience in working with Revit Fabrication Flex Tool I'm a seasoned programmer and Engineer with quality experience in Flutter, React, Node.JS, SpringBoot, Frontend and Backend Development, Python, Matlab, R studio, C, C++, C#, OpenCV, OpenGL, Tesseract OCR, google vision, Statistical programming/R progamming data analysis Computing for Data Analysis Time Series & Econometric, Machine learning, AI, Deep learning, Matlab and Mathematica, 3D modeling, CAD, SolidWorks, Unity 3D, PCB, Electronics, Arduino, Automation, Embedded and Firmware , IOT, Electrical/Mechanical Engineering I am a TOP Rated Freelancer, and you can check my reviews here as well: https://www.freelancer.com/u/mzdesmag. Looking forward to potentially working together on this project. Thanks and Best regards, Adekunle.

@hireageek

Hi there, I understand the importance of maintaining speed and accuracy in your Revit Fabrication workflows. With my extensive experience as a top freelancer in California and a proven track record of delivering 5-star projects, I am confident that I can enhance your existing Flex Tool to operate seamlessly within the fabrication environment. My approach would involve auto-sizing the flex run directly from the picked points, ensuring the spigot is placed correctly based on your specifications. If any diameter constraints arise, I’ll utilize your oval spigot library. I will also ensure smooth integration with your fabrication database to maintain accurate schedules and simplify part selection—enhancing your HVAC modeling processes. I am excited about the prospect of close collaboration with your HVAC-savvy team and am ready for a web meeting to discuss your current C# add-in further. Please feel free to reach out to me with any additional details about your existing setup, and let's ensure this milestone is a success! Could you share more about the specific challenges you've faced with the current Flex Tool?

@LandMark

Hello Sir, I understand the urgency of enhancing your Revit Fabrication workflow. With expertise in HVAC, Revit, and API development, I'll seamlessly integrate the Flex Tool into the fabrication environment. Auto-sizing the flex run, placing spigots accurately, and linking to the fabrication database are my priorities. By streamlining material selection and ensuring schedule accuracy, I aim to elevate your workflow efficiency. Let's collaborate closely to meet your exact needs. What specific feature would you prioritize for the initial implementation? Warm Regards, LandMark Engineering

@juanjosec63

Hello, I’m excited about the opportunity to contribute to your Revit Fabrication workflow and rebuild your existing flex-to-grille tool with the same speed and reliability inside the fabrication environment. With strong C# Revit API experience and HVAC-focused fabrication modeling knowledge, I can implement the pick-based flex sizing, automatic spigot placement, and oval-spigot fallback when the host duct is too flat for the required diameter, using your existing library rules. I’ll wire the full workflow into the fabrication database so ITM/part numbers, materials, and sizes stay consistent, and scheduling remains clean and accurate across the model. You can expect clear communication, fast iteration with your team in review meetings, and a first milestone that proves the end-to-end behavior matches what your vanilla Revit add-in delivers today. Best regards, Juan

@mobiwebsolutions

✋ Hi There!!! ✋ THE GOAL OF THE PROJECT:- EXTEND AN EXISTING REVIT FLEX TOOL INTO REVIT FABRICATION TO AUTO-SIZE FLEX, PLACE THE CORRECT SPIGOT, AND KEEP FABRICATION DATA FULLY ACCURATE. I carefully read your description and understand that you already have a working C# Revit add-in and now need the same logic adapted for the fabrication environment, including smart sizing from picked points, automatic round or oval spigot selection based on duct geometry, and tight integration with the fabrication database so part numbers, materials, and schedules remain correct. I am the best fit because I combine Revit API expertise with real HVAC fabrication workflows and can collaborate closely with technical teams. • Auto-sizing flex runs and placing round or oval spigots based on fabrication duct constraints • Full integration with the Revit Fabrication database for parts, materials, and schedules • Advanced material and size selection options aligned with HVAC modelling standards I provide UI design, database management, testing, Revit API development, and full source code delivery at project completion. I bring 9+ years experience as a full stack developer and have completed Revit and fabrication-focused automation tools for HVAC and MEP workflows. Looking forward to chat with you for make a deal Best Regards Elisha Mariam!

@subodhkumarv2015

Hi there, I have strong experience developing Revit add-ins in C#, including fabrication workflows for HVAC. I can adapt your existing flex tool logic to Revit Fabrication so flex runs auto-size correctly, place the appropriate round or oval spigots from your library, and stay fully tied into the fabrication database for clean part data and schedules. I’m comfortable working closely with HVAC teams and iterating quickly to match real-world modelling needs. Best regards

@TheDesignBloke

Hi, I went through your project carefully, and the core challenge is clear: adapting your existing Flex Tool to function seamlessly within the Revit Fabrication environment for HVAC workflows. This isn’t a surface-level task , it needs someone who understands API Development and HVAC systems and can execute without hand-holding. I’ve handled similar work where precision, speed, and clean execution mattered. My approach is straightforward: I will leverage C# programming to auto-size the flex run and ensure correct spigot placement while integrating with your fabrication database for smooth data flow. No guesswork, no bloated process, just results that hold up when reviewed or scaled. If this aligns, I can start immediately and deliver a functional tool ready for testing within two weeks. One quick question before I proceed: What specific part numbers and materials do you want integrated into the database? Best regards, Muskan

@ProAnims

Hello, I specialize in Revit Fabrication tools and am excited to enhance your workflow efficiency. With my expertise in Revit, C# programming, and HVAC systems, I will automate flex run sizing, spigot placement, and database integration seamlessly. Let's discuss how I can optimize material selection and tie it into your system for accurate schedules. Looking forward to collaborating closely with your HVAC-savvy team. How can I assist you further with this project? How can I assist you further with this project?

@tepeeintegrated2

Dear Client, I’m El Shaer, an architect devoted to creating visuals that elevate ideas into living, breathing spaces. With more than 15 years of experience, and completed projects in your country, I deliver 3D Rendering and Architectural Visualization that communicate luxury, precision, and atmosphere. Every project is crafted entirely by me, ensuring the final visuals carry depth, character, and a sense of presence. This is design that moves beyond drawings—it feels like you’re already walking inside the space. Browse my portfolio and see the level of detail I bring to every project. I’d be honored to bring your vision to life. El Shaer

@rbtech1984

Hello There!!! ⚜⭐⭐⭐⭐⚜(( MIGRATE AND ENHANCE FLEX TOOL INSIDE REVIT FABRICATION ))⚜⭐⭐⭐⭐⚜ Project GOAL: Bring existing duct to grille automation into the Revit Fabrication workflow with full database alignment. You already have a proven add in for vanilla Revit and now need the same speed within fabrication modelling. I understand the tool must read two picked points, size the flex run, drop the correct spigot, and switch to oval when space is limited while keeping part numbers and schedules accurate. I have strong experience with C# Revit API development and HVAC modelling logic, focusing on clean parameter mapping and reliable geometry placement. My approach would be to mirror your current algorithm, connect it to the fabrication database, and add advanced material selection options. 1. Auto sizing and placement from duct to grille. 2. Smart oval spigot fallback from your library. 3. Full schedule and material consistency. I would be glad to review your source in a meeting and plan the first milestone. Warm Regards, Farhin B.

@peconsultation

Hello, I can develop a Revit Fabrication add-in that replicates your existing Flex Tool workflow but fully integrated into the fabrication environment. The tool will allow you to pick the duct and grille, auto-size the flex run, and place the correct spigot automatically. It will handle oval spigots when duct dimensions require, pull correct part numbers, materials, and sizes directly from your fabrication database, and ensure schedules update properly. Advanced material and sizing options will mirror your current HVAC modelling standards. I can work closely with your team, review your existing C# code, and deliver a reliable, production-ready add-in ready for immediate use, with scope for ongoing collaboration.

@urosg3

Hi, there, I have hands-on experience developing Revit add-ins in C# and working directly with Revit Fabrication parts, databases, and HVAC workflows, so I can recreate your flex tool logic inside the fabrication environment without losing speed or data accuracy. I understand how critical correct sizing, spigot selection, oval fallback logic, and clean database integration are to keep schedules, part numbers, and materials reliable. How is your fabrication library currently structured for round vs oval spigots, and are there any shop-specific rules you want the tool to respect automatically? I can start immediately and work closely with your team to deliver a clean, reliable solution fast and ready for real production use.

@billybryan98

Hello, I hope you’re well. I’ve spent years delivering robust Revit and fabrication automation, translating quick, accurate reads of duct-to-grille points into reliable, billable fabrication data streams. My approach blends deep C# API work with practical HVAC workflows, ensuring the clock-speed and precision you had in vanilla Revit carry over into Fabrication. I’ll auto-size the flex run from the two picked points on the fabrication duct and the grille connector, place the spigot at that exact location, and intelligently select an oval spigot when the duct geometry calls for it. I’ll also tie everything into your fabrication database so part numbers, materials, sizes, and schedules stay clean and synchronized, with the advanced material and size options you rely on. I’m ready to collaborate closely with your HVAC-savvy team, review your C# add-in, and translate it into a dependable Fabrication tool. This sets the stage for potential ongoing work or a permanent role if we hit the milestone together. Best regards, Billy Bryan