PACT Automation Robotics and Automation Machinery Supplier for Injection Moulding industry

Parallel Grippers

Parallel grippers can be used in many applications as custom fingers can be created to match different part shapes.

Radial Pneumatic Grippers

Radial grippers feature a 90-degree movement on each finger, and can achieve a 180-degree opening-closing movement. They can be used in applications involving rotary/linear indexing tables for preventing finger crushes when turning/moving the stations.

Angular Grippers

Angular grippers are used for gripping an off-centred object or for creating a wider opening with their angular stroke.

3-Jaw Pneumatic Grippers

3-jaw grippers are mainly used for gripping round shape parts.

Expansion Grippers

Gimatic’s patented expansion grippers of the MFD/MFU series are used for internal gripping. They can also be used to perform the leak test.

3-Jaw Electric Grippers

Plug-and-play 3-jaw electric grippers do not require any driver.

One-Finger Grippers with Pivot

Gimatic offers various special-purpose, one-finger grippers, particularly suited for EOATs. They can be used for picking up a plastic part from a mould even through narrow spaces, as well as for pulling or gripping said part.

Parallel Electric Grippers

Gimatic offers a wide choice of parallel electric grippers: plug-and-play or servo, with built-in or external drive, with parallelogram or entirely parallel design.

One Finger Linear Grippers

One finger perpendicular acting pneumatic grippers for clamping series OFX - OFX.

Radial Electric Grippers

Gimatic radial electric grippers are plug-and-play, therefore no driver is required.

Magnetic Grippers

Magnetic grippers are used for gripping ferro-magnetic objects. These grippers are frequently used in the plastic injection moulding sector to place inserts on EOATs.

Angular Electric Grippers

Gimatic is the only manufacturer on the market to offer angular electric grippers.

The two Multi Inject robot models are specially designed for transverse unloading in the mold without touching the secondary vertical injection unit of the IMM. Unlike conventional Cartesian robots, these robots are designed with a demolding arm that slides on the horizontal axis to access the mold vertically. They are more economic than a side-entry robot and also benefit from the flexibility of a 3-axis Cartesian robot.

The range of 5 Dual Arm robots provides a solution for specifically equipping injection molding machines for simple unloading of three-plate molds. These robots are designed from a 3-axis Cartesian robot with a servocontrolled main arm equipped with a pneumatic rotation (0-90°) for picking and placing parts from a 2-axis secondary sprue picker arm. Simultaneous control of the 5 axes optimizes work time in the mold. Programming is simplified thanks to the Visual 2 control system.

The range of 6-axis polyarticulated robots: 6X Visual combined with the Sepro Visual 3 control platform offers a Premium solution for carrying out all tasks, from simple unloading to more complex applications. The Sepro Yaskawa large-sized arms are suitable for use in a large work area. They can take heavy loads for 20-tonne to 5000-tonne Injection Moulding Machine.

Sepro IML is the solution developed in cooperation with Machines Pagès, expert in IML systems, for placing flat or wrap-round labels on lids, pails or tub type parts, for use in the packaging industry. The mechanical architecture of the system includes a Sepro Cartesian side-entry robot developed from the S5 platform, and a standard distribution, transfer and loading / unloading module for labels, supplied by Machines Pagès.

JAKA Robotics was founded in 2014 with the aim of developing a new generation of Collaborative Robots (Cobots) based on innovation, R&D and forward thinking for the smart factory environment.

Innovative breakthroughs have been made in many applications such as drive control integration, integral joints, free-drive programming, wireless connection, etc.

JAKA has continuously led the trend of robotics development. Their robots are easy to install and even easier to program using the JAKA APP which can be downloaded onto a tablet, phone or PC.

Thanks to the concept of integrated industrial design, JAKA Cobots can perform their tasks well in harsh noise and dust environments, and excel in strict environments requiring high cleanliness.