Product Overview

The Angular/Sprue Gripper is a specialized robotic end-effector designed for precise and efficient handling of sprue parts in injection molding applications. Its primary purpose is to reliably pick up and release small, often irregularly shaped sprue components from molds, ensuring smooth integration into automated assembly or ejection lines without damage or misalignment.

Construction and Materials

The gripper features a compact elliptic cylinder design that delivers high gripping power within a minimal footprint. It is constructed using two distinct material options: a lightweight plastic body for cost-sensitive and low-force applications, and a durable die-cast alloy body for higher strength and long-term performance in demanding environments.

Configuration and Connections

The gripper connects via a standard female thread of M5x0.8, allowing secure attachment to most pneumatic actuators or control systems. For models equipped with an e sensor, the LED indicator provides real-time visual feedback—on when the jaw is open and off when clamped—enabling simple monitoring of operation status without additional sensors.

Operating Characteristics

Operating characteristics are optimized for industrial use: it operates using compressed air (no lubrication required), with a pressure range of 0.2 to 0.6 MPa for plastic bodies and up to 0.7 MPa for die-cast bodies. The maximum operating frequency is 100 C.P.M., ensuring high throughput in continuous production cycles. It functions reliably within an ambient temperature range of -10°C to 60°C, with no risk of freezing.

Sizes and Options

Available in two configurations: a standard angular gripper with sprue jaws specifically designed for sprue picking, and variants built from either lightweight plastic or durable die-cast alloy. The product does not offer color options or size variations beyond the standard compact design.

Installation and Integration

The M5x0.8 female thread provides a direct integration point for mounting onto pneumatic cylinders or control valves. This standardized interface ensures compatibility with common industrial automation systems, enabling straightforward installation and plug-and-play operation in existing production lines.