<p id="db1bz"><del id="db1bz"></del></p>

      <pre id="db1bz"><del id="db1bz"><thead id="db1bz"></thead></del></pre><pre id="db1bz"><ruby id="db1bz"><var id="db1bz"></var></ruby></pre>

            <p id="db1bz"><mark id="db1bz"></mark></p>
            <p id="db1bz"><mark id="db1bz"><thead id="db1bz"></thead></mark></p>
            <address id="db1bz"><pre id="db1bz"></pre></address>

            <output id="db1bz"><dfn id="db1bz"><progress id="db1bz"></progress></dfn></output>

              中文English
              R & D Center

              R & D Center

              Development
              current location: Home >
              • 支撐底座受力分析

              • 感應線圈磁場分析

              • 真空罐蓋受力分析

              • 真空罐體受力分析

                    


                  In our research and engineering design, we widely use professional 3D design and analysis software to conduct stress, deformation and fatigue analysis on key parts and parts of the product, optimize the design scheme and improve the design quality. Realize the conversion from 3D design drawing to 2D construction drawing to improve work efficiency and design accuracy. The simulation mathematical model is established to simulate the dynamic process of key equipment, verify the design results, and improve and perfect the design scheme.



              亚洲日本欧美日韩髙清观看
                <p id="db1bz"><del id="db1bz"></del></p>

                  <pre id="db1bz"><del id="db1bz"><thead id="db1bz"></thead></del></pre><pre id="db1bz"><ruby id="db1bz"><var id="db1bz"></var></ruby></pre>

                        <p id="db1bz"><mark id="db1bz"></mark></p>
                        <p id="db1bz"><mark id="db1bz"><thead id="db1bz"></thead></mark></p>
                        <address id="db1bz"><pre id="db1bz"></pre></address>

                        <output id="db1bz"><dfn id="db1bz"><progress id="db1bz"></progress></dfn></output>