For all your 3D Technologies & Services Solutions : "Call a friend, call us"

  • Tiếng Việt
  • English
  • Tặng nhiều nhựa khi Mua máy in 3d Sdls HX

    Mua máy in 3d SDLs HX, tặng nhựa số lượng lớn

    Mua máy in 3d SDLs HX, tặng nhựa số lượng lớn

  • Reverse Engineering recover turbine blades

    0.00 avg. rating (0% score) - 0 votes

    Reverse Engineering recover turbine blades – Reverse Engineering is an excellent tool in every stage of a Product Life Cycle, from prototype designing stage, to recovering broken, damaged or warped mechanical parts. In definition, Reverse Engineering is the process of redesigning an object or physical model via their digital surfaces by coordinate measurement devices, and rebuild the design models from digital data. Compared to traditional methods, Reverse Engineering has the advantage of time for processing, designining and improving products, thus help save time and costs for customers and shorten the time required to bring a product to the market.

    One of the examples of Reverse Engineering applications is the collaboration project between Smart Design Labs Co Ltd. and a customer, using 3D Scanning, Reverse Engineering and Quality Control technologies to recover and manufacture turbine blades with low costs and high precision and reliability.

    Reverse Engineering recover turbine blades

                                    Reverse Engineering recover turbine blades. Image 1: Turbine blade after being scanned.

    Due to the turbine blades having been imported from overseas for a long time, the product no longer has existing specifications nor 2D & 3D designs. When damages or warpings occur, the fixing process would be very difficult, or very costly to import new parts from overseas. Therefore, 3D Scanning and Reverse Engineering technologies are currently the optimal solution.

    Reverse Engineering recover turbine blades

                        Reverse Engineering recover turbine blades. Image 2: Reverse Engineering model at Smart Design Labs

    The turbine blade is 3D scanned, then the 3D data is exported to Reverse Engineering software Geomagic Design X.

    We used Geomagic Design X tools to create the turbine blade. The final process is Quality Inspection after the designing product and the scanned sample…

    Reverse Engineering recover turbine blades

                          Reverse Engineering recover turbine blades. Image 3: Quality Inspection of the designed product vs real parts

    With Reverse Engineering technology, we can achieve technical specifications and 3D designs of the turbine blade from the real part, thus help speeding up the recovering and manufacturing process of turbine blade with low cost and high precision.

    Reverse Engineering – Quality Control/ 3D inspection service at Smart Design Labs Vietnam:

    Công ty TNHH Smart Design Labs

    Địa chỉ: Phòng 305B, số 86 Lê Trọng Tấn, Khương Mai, Thanh Xuân, Hà Nội.

    Số điện thoại: 024 7300 1262

    Hotline: 039 595 5749 | 035 873 6772


    Facebook: Smart Design Labs Co., Ltd.

    Thiết kế ngược

    Reverse engineering process in 3D technology


    Reverse engineering is an effective method to minimize product development life cycle. Besides, quality assurance in the design and manufacture of parts with complex surfaces. The purpose of reverse engineering is to achieve mechanical engineering blueprints, and then to optimize product design. The reverse engineering process is described right below.

    Ứng dụng công nghệ quét 3D trong thiết kế ngược

    Application of 3D scanning technology in reverse engineering and quality control


    3D scanning has opened a new turning point in 3D technology, bringing great benefits and efficiency. The application of 3D scanning technology has made many positive changes in the fields of design; crafts; mechanical production; build,…

    Quét 3D kiểm tra chất lượng trong công nghiệp sản xuất ô tô

    Scan 3D quality control in the automotive manufacturing industry


    Scanning 3D for quality control in industry is one of the methods to help detect errors and optimize product quality. This technology is being applied by famous automobile manufacturers; to check the quality of their automotive design and manufacturing.

    Cheap 3D scanner with diverse functions “made in Vietnam”


    You are interested and looking for a cheap 3D scanner (3D scanner), which can serve many needs? You need to own a compact scanner, easy to use and suitable for research and teaching activities? Smart Design Labs’ low-cost desktop 3D scanner introduced right below is confident to meet all your needs.

    Máy scan 3D cầm tay đa năng Thunk3D Fisher W

    Multi-function 3D scanner – Thunk3D Fisher W scanner (50 * 40cm ROV)


    3D scanner market – 3D scanners are very diverse with different models of applications, scanning technology and price. The versatile Fisher W 3D Thunk 3D scanner below is the product chosen by Smart Design Labs customers. Let’s take a look at the advantages and specifications of this versatile machine.

    Free WordPress Themes, Free Android Games