Flexscan 3D Turntable Control DLL

@vano101

Hello! I can develop the 64-bit Windows DLL for Flexscan 3D and integrate it with the Revopoint Dual Turntable. I’m comfortable with C/C++, Windows DLL/plugin development, serial communication, and reverse-engineering undocumented interfaces. I can use the existing open-source Revopoint controller as a reference for the USB/serial protocol, while implementing a clean and reliable DLL layer for Flexscan. The solution will handle COM-port lifecycle, start/stop commands, dynamic speed changes, and synchronization with scan triggers. I can also implement the tilt-angle functionality as an additional command. Deliverables will include the compiled DLL, complete Visual Studio source/project, build instructions, README documenting exported C-style functions and parameters, and a standalone test console demonstrating the supported operations. I’ll first review the Flexscan sample calls and the existing controller implementation to confirm the required interface and protocol details, then build and test the integration incrementally. The goal is a robust plugin that does not lock Flexscan and responds with the expected return codes.

@Beannsofts

I understand you need a Windows DLL that integrates with Flexscan 3D to control the Revopoint Dual turntable at runtime. This is a hardware interfacing and DLL development project requiring low-level Windows programming, device communication protocols, and integration with existing 3D scanning software. While my primary expertise lies in Python development and trading platform architecture, I have solid experience building system-level integrations and working with hardware communication protocols. I've developed runtime components that interface with external systems, handle real-time data streams, and provide stable, thread-safe APIs for third-party applications. For this specific project, I would approach it by: **Understanding the Requirements:** - Reverse-engineering or documenting the Flexscan 3D plugin architecture and expected DLL interface - Analyzing the Revopoint Dual's communication protocol (likely USB/serial) and command set - Ensuring the DLL exposes the correct entry points for turntable control (rotation speed, positioning, step control) **Development Approach:** - Building the DLL in C/C++ for native Windows compatibility and optimal performance - Implementing robust error handling and device state management - Creating a clean API that maps Flexscan 3D commands to Revopoint Dual hardware actions - Testing with the actual hardware to ensure smooth rotation, accurate positioning, and synchronization with the scanning process **Deliverables:** - Compiled Windows DLL ready for runtime loading by Flexscan 3D - Documentation covering installation, configuration, and supported commands - Source code with clear comments for future maintenance I recognize this project requires C/C++ Windows DLL development and hardware interfacing expertise. If you're looking for a developer with deep embedded systems and Windows driver/DLL experience specifically for 3D scanning hardware, I want to be transparent that my strongest work has been in high-level application development and system architecture. However, I'm confident I can deliver this solution by leveraging my systems integration experience, strong fundamentals in low-level programming, and ability to quickly master new technical domains. I've successfully bridged software and hardware in past projects requiring real-time communication and precise control. Let's talk and get started. Thank you.

@SPARKtechBD

Since 2015 I have been working in C/C++/C# programming and 10(ten) years of experience in C/C++/C# programming. Windows Desktop Application, Console Application, Image Processing and have knowledge in Driver Development in C. Expert in data structure building and Object Oriented Programming (OOP). Have a great experience in C++ MFC and C++ WinUI 3 for GUI design and development. Also expert in C/C++ GPU CUDA programming. If you want a good delivery of the project, then send me a message, please.

@starttechno

For this Flexscan 3D integration, I will build a native 64-bit C++ DLL with plain C-style exported entry points that Flexscan can load at runtime and use to control the Revopoint Dual Turntable. I’ll review the open-source Revopoint Dual Turntable packet logic, then implement a clean serial communication layer for Bluetooth USB-COM detection, port configuration, speed and direction commands, stop handling, and reliable shutdown so the DLL cannot leave Flexscan locked. I’ll map the sample Flexscan calls into a small state machine that keeps rotation position synchronized with each scan trigger, supports speed changes without reconnecting, and returns the expected success/error codes. I’ll also expose the tilt-angle routine where supported by the connected hardware, with clear parameter handling and safe limits. The deliverables will include a Visual Studio solution, compiled x64 DLL, README documenting every export and parameter, plus a console test tool covering start, stop, dynamic speed, scan-step synchronization, and tilt movement. I can begin immediately and provide an initial DLL for hardware testing early in the implementation. Do you already have Flexscan’s sample calls or expected exported function names available to share? Muhammad Saad

@maxscender

I can help you. I’ll treat this as a wrapper/integration task: take the known Revopoint turntable packet logic, wrap it in a clean 64-bit C-style DLL with the exact entry points Flexscan expects, and make the COM port handling robust enough that Flexscan never locks up. My approach: - Strip down the open-source controller code to the core commands: start, stop, speed, sync, and tilt. - Build a thin C interface that maps Flexscan’s calls to those commands and returns the correct response codes. - Handle serial open/close/error states explicitly, with timeouts and clean reconnects. - Deliver the DLL plus a small console test harness that exercises all four features outside Flexscan, so you can verify everything before integrating. I’ll keep the exported functions minimal, documented, and aligned with how Flexscan actually calls plugins. The result will be a drop-in DLL you can test immediately.

@devbaloni1983

Hello I am an expert with 15+ years of experience in the technical world, delivering simple to complex websites, e-commerce platforms, membership systems, and portals. I always ensure clear communication, continued support after delivery, and 100% client satisfaction. I specialize in C# development, creating robust desktop applications, web applications, and enterprise-level solutions. With expertise in .NET framework, API integration, and database-driven applications, I focus on building scalable, secure, and high-performance solutions tailored to your business needs. If you are looking for a dedicated C# expert who delivers quality, innovation, and on-time results, I’d be glad to work on your project.

@mzdesmag

Hello sir, Did go through your job description and glad to share that I have enormous experience in working with Flexscan 3D Turntable Control DLL 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, Statisticaal programming/R progamming data analysis Computing for Data Analysis Time Series & Econometric, Machine learning, AI, Deep learning, Matlab and Mathematica, 3D modeling, CAD/CAM,AutoCAD, 2D, Architectural Engineering, 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.

@denisSolution

Hi, Looks like the main task is wrapping the Revopoint turntable’s USB-serial protocol into a clean, 64-bit DLL that Flexscan 3D can load as a plugin. The trickiest part will be keeping the table’s rotation in lockstep with Flexscan’s scan triggers while allowing speed changes on the fly and still opening/closing the COM port cleanly each time the plugin loads. I’ve written a few Windows DLL plugins for lab instruments that had to stay synchronized with external triggers, so the pattern of queuing commands, checking return codes, and handling serial timeouts should translate directly here. The open-source Revopoint controller already gives us the packet formats, so we can either port that logic to C/C++ or wrap it as-is. The unknowns I see are Flexscan’s exact calling pattern (you’ll share samples after award) and how Revopoint’s Bluetooth-serial behaves under real-time load. I’d lean toward a simple state machine in the DLL that queues speed and stop commands, processes scan triggers, and resets the port on every plugin load to avoid stale connections. I can start working right away. Let's connect and discuss the details. Thanks, Denis.

@mayr81

Create a 64-bit Windows C-style DLL that Flexscan 3D can load at runtime to control the Revopoint Dual Turntable. Work scope - Implement exported plugin entry points matching Flexscan’s expected C calling/return-code pattern. - Build a robust USB-serial (COM) layer: open/configure/close cleanly to avoid Flexscan lockups. - Core control loop: start/stop rotation, dynamic speed changes, and continuous position synchronization tied to each scan trigger. - Use the Revopoint packet formats from the referenced open-source controller (borrow or refactor into clearer C/C++), ensuring correct direction/speed/stop commands. - Nice-to-have: add a tilt-angle routine callable from the test console/script for multi-axis capture planning. Deliverables 1) Compiled 64-bit DLL ready for the Flexscan “plugins” folder 2) Full source (Visual Studio solution preferred) + build instructions 3) README documenting exported functions, parameters, and return codes 4) Test console/script demonstrating start/stop, speed changes, trigger sync, and tilt-angle command Acceptance focus Ensure “scan” drives synchronized rotation, speed updates without reconnecting, instant stop at scan end, and correct movement via the demo script.

@hayteekeys

With over a decade of experience, I am an accomplished Firmware & Hardware Engineer well-versed in C/C++ programming and serial protocols. I have a solid understanding of embedded systems and software architecture, which makes me uniquely positioned to tackle the task at hand. My proficiency in developing intelligent automation solutions coupled with my proven track record in delivering efficient and scalable designs aligns directly with your project needs. My core expertise covers a wide range of areas including embedded systems development, hardware engineering, IoT solutions, and industrial automation. All these will be essential in every phase of the project; from reverse-engineering or wrapping up the existing controller code to building a clean and adaptable DLL that ensures smooth interaction between Flexscan 3D and the Revopoint Dual Turntable. Just as you prioritize having reliable, scalable and production-ready technology, it's also my management philosophy. I’d ensure your project delivers exactly on its requirements. Overall, I believe my deep understanding of your project scope, my extensive skills-set in the relevant technologies as endorsed by some successfully completed similar projects and my commitment to timely delivery make me an excellent fit for this task. I look forward to partnering with you on this journey to turning your idea into a compelling reality!

@revival786

Greetings! I can develop a Windows DLL for Flexscan 3D to control the Revopoint Dual Turntable, including start, stop, speed adjustment, and sync with scan triggers. I will reference the open-source code and handle USB-serial communication. I will deliver a compiled 64-bit DLL, source code, build instructions, and a test script. I have experience with serial protocols and plugin development. Let me know your preferred timeline and I will begin. Thanks, Revival

@pasion0128

★•══•★ Hi client ★•══•★ I’m confident I can build the 64-bit DLL you need to smoothly control your Revopoint Dual Turntable through Flexscan 3D. I’ll start by carefully reverse-engineering the communication flow and making sure the COM port opens and closes cleanly to avoid any lockups. The DLL will handle start/stop, dynamic speed changes, and sync rotation with scan triggers as expected. I’ll also add a tilt-angle function for multi-axis captures, exposed via the exported functions, plus a simple test console to prove everything works outside of Flexscan. You’ll get full source code with build instructions and a clear README explaining usage. I’m comfortable diving into serial protocols and C++ plugin work, so this will be straightforward yet robust. What’s your preferred way to share sample calls or test inputs? Best regards, Rico

@mahads31

As an experienced and versatile software developer, I'm confident I can deliver a powerful and efficient solution for your Flexscan 3D Turntable Control DLL project. My proficiency in C/C++, combined with my extensive background in plugin development, makes me uniquely qualified for this task. Specifically, I have a deep understanding of working with serial protocols and have proven skills in reverse-engineering and wrapper work. These strengths will be pivotal in leveraging the open-source code you've shared to create an optimized and robust DLL. What sets my service apart is not just the technical expertise I possess but also my commitment to long-term client relationships. Your satisfaction is of utmost importance to me, which is why I ensure that all my deliverables are impeccable and meet your precise requirements. In addition to delivering a compiled 64-bit DLL, I will provide detailed source code with coherent build instructions written within a Visual Studio solution, ensuring that it's both accessible and ready for future modifications or expansions. Beyond technical competence, one thing you can rely on when working with me is transparency. I intend to keep you involved throughout the project journey, providing regular updates and promptly addressing any questions or concerns you may have.

@PINESCRIPTERR

The first task is to reproduce Flexscan’s exact plug-in ABI before implementing the turntable controls. Export names, parameter types, calling convention, return codes, and callback timing must match precisely; otherwise the DLL may load incorrectly or destabilize Flexscan. I would build a native 64-bit C++ DLL with a plain C-compatible export layer and isolate serial communication on a dedicated worker thread. A synchronized command queue would handle rotation, live speed changes, scan-triggered positioning, immediate stop, and tilt without blocking the Flexscan interface. The COM layer would include connection setup, timeouts, packet validation, reconnect handling, acknowledgements, and clean shutdown so the port is never left locked. Position would be maintained from confirmed movement commands, with configurable rotation steps and settling time between movement and frame capture. You will receive the compiled DLL, Visual Studio source, documented exports, build instructions, and a console harness covering every command outside Flexscan. Can you provide either a sample working plug-in DLL or the exact exported functions Flexscan calls? Regards, Houssame

@AndrewJSMAN

I’ve built C/C++ plugins for serial-controlled devices that integrate with commercial 3D scanning software before, so this is straightforward. I’ll implement a 64-bit DLL with a plain C interface matching Flexscan’s expectations, using the Revopoint GitHub code as the base for serial command framing and timing. The DLL will open/close the COM port once on load/unload, expose functions for start/stop, speed control, and sync with scan triggers via shared state, and add a tilt routine in a separate exported function. Build will target Visual Studio, with a console test harness to validate all behaviors outside Flexscan. Thanks, Andrii.

@jeanpatrickr8

Hello, I appreciate the opportunity to work on your project involving the development of a Windows DLL for Flexscan 3D to control a Revopoint Dual Turntable. I understand that you need a solution that enables precise control over rotation, speed adjustments, and synchronization with scan triggers, along with potential tilt-angle functionality. With extensive experience in C/C++ development and a solid background in creating plugins and DLLs, I am well-equipped to meet your needs. I have worked with serial communication protocols and have a keen familiarity with reverse-engineering, which will aid in interfacing with Flexscan 3D effectively. To ensure successful project execution, my approach will include: - Analyzing the open-source code to adapt and integrate relevant functionalities. - Implementing robust methods for starting, stopping, and adjusting the turntable's rotation dynamically. - Ensuring seamless communication with Flexscan by carefully handling the USB-serial interface and maintaining clean port management. - Providing thorough documentation and a test console to demonstrate all required features. I am eager to start this project and am confident in delivering a high-quality DLL that meets your specifications. Please feel free to reach out with any questions or to discuss the timeline further. Thank you for considering my proposal!

@NEHABHAT92

My name is Neha and I'm the developer you've been looking for. With over 9+ years of experience in Software Development, I have a deep understanding of programming languages like C/C++, C#, and an ability to work with plug-ins and SDKs, which are all necessary skills for your project. I'm proficient in serial protocols too, an essential requirement for operating the Revopoint board over USB-serial via bluetooth. I understand the core behaviors required for your Flexscan 3D Turntable Control DLL project - starting/stopping rotation, adjusting speed dynamically and keeping the table's position in-sync with each scan trigger from Flexscan 3D. Additionally, I can develop a tilt-angle routine which allows you to script multi-axis captures in the future. As you don't have an official SDK, I'm ready to bring my reverse-engineering skills into action or adapt wrapper work to ensure your specifications are met. Additionally, I am well-equipped to deliver the required outputs: the compiled 64-bit DLL, full source code with build instructions (preferably Visual Studio solution), a README explaining exported functions and parameters and finally a test console that demonstrates all four features outside Flexscan. With me on board, you can be certain of leveraging every aspect of my expertise to complete this project successfully within the timeline. Let's turn your project idea into a reality together!

@hayat38402

Hello, I am Muhammad Javed, a software engineer with more than 10 years of experience in C/C++, Windows DLL development, embedded systems, serial communication, and hardware/software integration. I can develop a 64-bit Windows DLL that Flexscan 3D can load through its plain C-style plugin interface. I will analyse the sample calls you provide and implement the required exported functions with the correct parameters and return codes so Flexscan can communicate reliably with the turntable. For the Revopoint Dual Turntable, I can use the available open-source project as a protocol reference and implement start/stop rotation, dynamic speed control, direction, and synchronization with Flexscan scan triggers. I will ensure the Bluetooth/USB-serial COM port is handled safely, including connection, configuration, error handling, and clean shutdown. I can also add the tilt-angle routine and structure the DLL so additional multi-axis functions can be added later. Deliverables will include the compiled 64-bit DLL, complete Visual Studio source/project, build instructions, README documenting exported functions and parameters, and a standalone test console demonstrating all features. I understand there is no official Flexscan SDK, so I will focus on reliable reverse-engineering and compatibility testing to ensure the plugin works smoothly without locking up Flexscan. I can start immediately.

@XRProConnect

Hi, Aashiq here from Cape Town, South Africa. This project instantly caught my eye, so I had to reach out. I see you are looking for a Windows DLL to control a Revopoint Dual Turntable, allowing for dynamic rotation adjustments and seamless integration with Flexscan 3D. With years of experience in developing DLLs and working with serial communications, I have successfully built plugins that enhance software functionality and improve user interaction. I can confidently deliver this project and would be happy to share samples of my previous work. Based on what you mentioned, here is how we would approach the project: - Analyze the existing open-source code and adapt it for your requirements. - Implement the core behaviors for rotation control and speed adjustments. - Ensure seamless communication with Flexscan 3D through robust error handling. - Provide a test console to validate each feature. You can expect clear communication throughout the project, ensuring a user-focused solution optimized for performance. Best Regards, Aashiq