Festo 通过其进给分离器为全球抓取技术提供解决方案。Festo 进给分离器有助于工件的进给过程。
如果必须分离不断抵达的工件（如从螺旋式输送机或装配线上）并将其单独传输至下游设备，则可以使用进给分离器系列。根据要分离的工件，使用带一个或两个柱塞的进给分离器。前者可用于一般分离或单纯作为止动装置。带两个柱塞的进给分离器系列的优势在于两个手指的机械同步和驱动装置相应减少至单个阀。这些进给分离器可用在小工件上。
每个柱塞为单个附件提供安装选项，使产品完美适应分离任务。传感器技术解决方案能够节省空间，这是 Festo 进给分离器的另一优势：我们的接近开关 SME-8 和 SMT-8 可以直接作为附件安装在壳体上的传感器槽内。
强力夹紧缸 DFAP
产品特性:
• 曲柄连杆滑块机构
• 多种规格夹臂可选
• 4 面可安装，安装尺寸符合DIN标准
• 高强度铝合金，一体化，轻量化设计
• 抗强磁场传感器，多种可选
• 特殊设计高强椭圆形气缸，寿命长
• 最大打开角度易调节，易维护
• 末端位置气缓冲，适合高节奏生产
• 手动控制：手柄，左右侧都可安装
止动气缸是一种用于在运输系统中阻挡工件支架或机器部件运动的气缸，可带缓冲或不带缓冲。 带缓冲功能的止动气缸可在运输系统中阻挡高达约 800 kg 的负载。 止动气缸主要用于停止或阻挡移动部件，例如装配线上正在输送的负载。
输送隔离器亦可在指定的接触面上，对堆积的单个或多个工件支架进行停止、缓冲或保持操作。 分离属于特殊工况，指的是出于特定工艺需要，将单个物件从连续输送的物件流中分出，并转移至另一路径。 在制造自动化领域，人们主要关注的是工件的分离（即对工件进行隔开处理）。 气动隔离器的分离功能由压缩空气供给提供保障。
Stopper cylinder DFSP is our standard stopper cylinder in trunnion or roller design. The trunnion design is available both with and without anti-rotation lock and with or without female thread. The roller version of the stopper cylinder comes with an anti-rotation lock. Its compact design, sensor slots on three sides, a long service life thanks to very good cushioning characteristics and sturdy piston rod guide will not fail to impress. It can safely stop workpiece carriers, pallets or packages weighing up to 90 kg.
Thanks to the cushioned toggle lever mechanism and integrated, adjustable shock absorber, stopper cylinder DFST stops workpieces particularly gently, without vibrations and noise. The adjustable operating direction (90°, 180°, 270°) makes the cylinder very flexible and with an impact mass of up to 800 kg it is also very sturdy.
Stopper cylinder STAF is a cylinder with toggle lever design with rebound protection and separating function. It stands out thanks to the absorption of high transverse forces of up to 150 kg and can be controlled quickly via a flange-mounted solenoid valve, even over greater distances. In addition, it is available as single-acting or double-acting.
Feed separator HPV is available in a version with two plungers, as well as with a double piston, non-rotating piston rod and locking mechanism. This feed separator is particularly cost-effective, since it replaces at least two drives in the feed process. Proximity switch SME/SMT-8 can also be integrated in the housing.
Our feed separator HPVS is available as a version with one plunger and with a non-rotating piston rod. Here, too, proximity switch SME/SMT-8 can be integrated in the housing.
In feeding and separation tasks, timing is everything. With valve flow control, you can fine-tune stroke speed to match the process and reduce jams or double-feeds. A speed control valve pneumatic solution – often a throttle valve pneumatic or pneumatic throttle – gives you a simple cylinder speed controller for quick on-site optimization.
Feed separators often integrate proximity switches, so end-position feedback is a low-effort upgrade. Add cylinder sensors as pneumatic actuator limit switches. These cylinder end position sensors (commonly used as limit switches for pneumatic cylinders) detect the piston magnet – typically via a reed switch for pneumatic cylinder – and confirm extend/retract reliably. They serve as pneumatic cylinder end-of-stroke sensors and a robust cylinder limit switch option.