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  • Grip GmbH Handhabungstechnik提供了处理技术领域中产品的计划,设计,生产,测试和分销
产品介绍
  • 贸易公平出场2019年

    • Elektrotechnik:多特蒙德,13.02。-15.02.2019
      Motek:Stuttgart,07.10。-10.10.2019
        • 变化系统

          • Cost reduction for assembly and maintenance
              • MGW - Manual gripper changing system

              • We have improved our changing system MGW even further! The new system is higher in quality and offers enhanced safety and precision – an answer to our customer's requirements. Please note the constructive changes for your future applications.

                手动握把变化系统MGW已为机器人技术开发。随着机器人和抓手之间不断变化的系统,几乎没有重量的MGW抵抗了高力量。

                The semi-cylindrical bolt, which can be operated by hand lever, connects upper- and base part free of play and with positive fit. The sizes are according to ISO 9409. Drilling templates can be done according to standard or customer preference. The flanges are made of high-strength hardcoated aluminium. Different materials are also possible. The MGW can be combined with: energy couplings, type MED, grippers GP, GZ and GH of the same size as well as the measuring device RBE.
              • SWS-手动快速更换系统

                • We have improved our changing system SWS even further! The new system is higher in quality and offers enhanced safety and precision – an answer to our customer's requirements. Please note the constructive changes for your future applications.

                  已开发了快速变化的系统SWS,用于在工程和固定装置构造的区域中进行一般使用。它配备了与MGW相同的免费游戏和积极的积极原理。安装尺寸也是根据ISO的。

                  一种工具是用于该系统的操作,可以将其安装在半圆柱螺栓的平方上。法兰是由钢制成的。硬化设计是可选的。由于简化的设计,SWS与MGW相比提供了明确的价格优势。我们为动态应用建议我们的半圆柱螺栓安全。
              • SWA——手动快速changing adapter

              • 快速变化的适配器SWA是一个新开发项目,可以应用于许多领域。在此适配器的设计期间,我们结合了我们多年使用经过认可的更换系统MGW和SWS的经验以及客户的特殊要求。

                由于新的主动原理,可以将长度降低到最小值并保持相同的功能和容量。SWA借助带有工具接头的横向螺钉进行操作。这些法兰可选可从铝或钢中获得。

                SWA是MGW和SWS系统的紧凑型替代品。SWA的唯一缺点是更长的替换时间。
            • 能量耦合

              • 我们正在设计用于复杂应用的能量耦合。
                  • MEK-多能耦合

                  • 多能耦合MED是我们不断变化的系统的理想补充。通过变化系统的两​​个部分的机械连接通过MEK扩展,以使气线和电线可以并行耦合或分离。不再需要电缆和管的耗时断开连接。

                    One half of the MEK is fixed, which can be attached to the upper part of the changing system and one half is not fixed and can be attached to the base part of the changing system. Pneumatic and electric connectors are integrated in both halves, which are especially designed for frequent insertion-withdrawal operations and little joint strength. The sizes of the MEK are according to our changing systems.
                  • DDF旋转接头

                  • 2个BIS 4压力或真空线的分量旋转进料。

                    The compressed air is conducted via channels inside the DDF. This prevents twisting of the pneumatic lines in endless rotary movements.

                    您的优势:

                    • 轻巧而健壮
                    • ISO法兰
                    • 没有扭曲空气线
                    • Quick connection of pneumatic hoses
                    • 界面根据DIN EN ISO 9409-1
                  • SEK能量耦合

                  • 补充SHW模型的信号进料

                    SEK顶部安装在SHW顶部。SEK下部对应于SHW底部。SEK通过交换系统的机械连接自动耦合。

                    您的优势:

                    • 同时制造机械和电气连接
                    • 可以承受50,000个周期
                    • Individual wiring
                    • 可互换零件的编码
                • Grippers

                  • 紧凑而有力
                      • GP-平行抓手

                      • 平行抓GP已开发与变化系统的尺寸一致。紧凑的封闭式设计可以在最困难的工业条件下使用。出色质量的抓手不仅可以由于其模块化设计而轻松组装,而且可以在各种型号中以合理的价格提供。

                        GP系列的握手通过楔形齿轮供电,可以通过压力弹簧安装握力安全。握力安全可以在闭合(GS)或开放状态(Gö)状态进行操作。可以通过芦苇开关(键入“ rs ...”)在电动缸上检索抓地力的位置。

                        Over the years the parallel grippers from us have proven their worth in various applications of well-known companies and are more and more accepted due to their attractive price/performance ratio.
                      • GZ - Pincer grippers

                      • Pincer Grippers GZ具有与平行抓GP相同的技术功能。钳子抓手的独特脱口机驱动器可确保长时间的使用寿命,并在手指的整个开口和闭合区域内持续不断地抓握力矩。

                        与平行的抓手相反,握力安全性(GS)仅在设备的闭合状态下工作。Pincer Grippers(GZ)经常用于著名制造商的机床。
                      • gi-内向抓手

                      • 已经开发了内向的握力,以抓住和保持狭窄钻孔的组件。

                        Therefore the steel carrier of the grippers will be filled with compressed air, so that the flexible silicone diaphragm inside inflates. This diaphragm is going outwards due to recesses in the carrier and enlarges the outer diameter of the gripper. The component will be loosened by deflating the gripper and the diaphragm draws back automatically into the carrier, where it is protected against damages.

                        我们这种内向抓手的独特特征是抓手原理的微型化。

                        握力控制:可以通过输入线中的按钮来控制抓地力载体中的压力构建。
                    • 特殊解决方案

                          • 托盘器自动化解决方案

                          • 手动装配站

                          • Special gripper system: Dorngreifer

                          • Special gripper for injection molding