Description

The Ultimate EOAT Solution: Sprue Gripper 1615

Hey folks! Over my long career on the factory floor setting up automated injection molding lines, I’ve seen exactly what happens when your End of Arm Tooling (EOAT) isn’t up to the demanding task of high-speed plastic extraction. When my wholesale clients need a robust, ultra-reliable solution specifically designed for handling sprues—the excess plastic from molding processes—I always point them straight to the Sprue Gripper 1615. This heavy-duty pneumatic gripper is an absolute game-changer for high-cycle robotics and automation tasks.

Why the Sprue Gripper 1615 Belongs on Your Robot Arm

Whether you’re picking tiny runners or ripping out massive sprue networks, delivering sufficient grip force is absolutely critical. I’ve personally installed the Sprue Gripper 1615 on countless quick-change systems, and it performs flawlessly day in and day out. Unlike a bulky standard profile cylinder that can clutter delicate EOAT layouts, this purpose-built gripper combines rapid pneumatic actuation with serious holding power. It offers highly adaptable bore sizes ranging from 16mm all the way up to 40mm, allowing you to scale your gripping force perfectly to match your exact robotic payload without wasting air.

Unmatched Speed, Stroke, and Versatility

In modern manufacturing, cycle times dictate profitability. Operating at blistering speeds from 30 up to 800 mm/s, this gripper ensures your robot arm is never left waiting. Furthermore, the standard stroke options ranging from 25 to 300 mm allow for deep mold penetration, reaching sprues that other grippers simply cannot access.

The flexibility to switch between double action and single action motion patterns means you can configure it to match your exact pneumatic logic. When I’m building out a complex robotic hand, I often pair this gripper alongside a high-precision twin rod cylinder for linear extension, and the mechanical compatibility is fantastic. The ports scale logically from M5 on the smaller 16mm units up to G1/4″ on the larger 40mm bores, so your techs aren’t fighting with restricted airflow or mismatched fittings.

Technical Specifications at a Glance

To make sure your procurement and engineering teams have exactly the performance data they need for their CAD layouts, here are the hard specs. When compared to trying to aggressively modify an ISO 6432 cylinder for custom gripping tasks, this factory-ready unit wins every single time.

Specification Element	Technical Detail
Bore Sizes (mm)	16, 20, 25, 32, 40
Motion Pattern	Double Action or Single Action
Port Size	M5×0.8 (ø16), G1/8″ (ø20-32), G1/4″ (ø40)
Operating Speed Range	30 ~ 800 mm/s
Operating Pressure Range	0.1 ~ 0.9 MPa
Standard Stroke (mm)	25 ~ 300 (Multiple increments)

Seamless Integration for Retail and Wholesale

For distribution, this is a top-tier SKU that solves immediate engineering problems. The 0.1 to 0.9 MPa operating pressure handles fluctuating factory air lines effortlessly. It mounts smoothly onto standard EOAT holding brackets, minimizing setup headaches for the end-user. It’s essentially the gripping equivalent of dropping a highly dependable compact micro cylinder into a tight machine space—it just works right out of the box.

Advantage Summary

The Sprue Gripper 1615 delivers incredible holding force and rapid cycle speeds up to 800 mm/s. Offering versatile double and single-action motions across bore sizes from 16mm to 40mm, it integrates seamlessly into high-speed EOAT systems. This gripper ensures precise plastic handling, providing a rugged, highly adaptable solution for any industrial robotics application.