The sprue picker robots are manipulators designed for sprues picking in injection molding.

 

Available with both Cartesian and rotary architecture, depending on the specific application needs, all Campetella sprue pickers boast fast and reliable electric servo drives that require minimal maintenance.

 

Campetella sprue pickers are exclusively available in Prime Series and are designed to offer all the basic functions with maximum accuracy and ease of use.

Campetella Robotic Center has a wide range of Cartesian robots, each one designed and optimized to guarantee maximum performance in the most specific sectors.

Featured by a modular design, the particular characteristics of each robot are the result of the fusion between series and mechanical family.

 

SERIES:

 

Prime Series: dedicated to small-sized, simple, but at once accurate and functional robots. Prime control unit.

E-Series: dedicated to small and medium-sized robots, with advanced features and maximum positioning accuracy. EVO control unit.

X-Series: it represents the state-of-the-art of Campetella technology, dedicated to small, medium and big-sized robots, with record-breaking performance in terms of functionality, speed and control. EVO control unit.

 

MECHANICAL FAMILIES:

 

CL - CO - CX: the extraction axis is cantileverally fixed at the side opposite the hopper. The strength of this architecture is the total absence of footprint issues on the hopper side.

 

ME - MC – GS - RHEA: the vertical axis group is frontally bound to the extraction axis. This architecture is intrinsically free from collision problems between the item and the extraction axis.

 

Solid and tested mechanical engineering, latest generation electronic controls and update proprietary software.

 

Each robot is designed for high configurability, from the gripping system’s pneumatics to electronic and control devices, in order to best meet every possible application need.

SCARA (Selective Compliance Assembly Robot Arm) is an industrial robot with a kinematics resembling that of the human arm. Equipped with three axes of rotation - shoulder, elbow, wrist - and a linear axis for vertical movements, this is a robot with high dexterity, therefore usually used for palletizing operations and rapid pick & place and applications.

 

The strength of the Campetella SCARA is given by the peculiar architecture of the vertical axis: in particular, the Z-axis movement is possible thanks to the sliding of the entire arm along the robust supporting column of the robot, allowing a vertical stroke of over 3 meters with payload up to 50 kg.

 

This feature makes them a valid – in many ways superior - alternative to industrial robots as far as palletizing operations are concerned, especially in terms of footprint and easy programming.

 

Campetella SCARA are exclusively available in X-Series, which stands for maximum performance on all fronts.

Preserving linearity and simplicity of Cartesian programming, the peculiar architecture of the lateral robot allows to minimize the components’ path from the picking area towards the storage area.

 

A shorter path, combined with powerful engines on a rigid frame, give life to a robot with extreme performance, allowing a considerable reduction in terms of production times.

 

Equipped with a ground-based supporting structure, they are completely free from press vibrations. As a result, maximum precision is guaranteed even at the highest speeds.

 

The side robots are ideal for multiple application requirements in various industrial sectors, from high speed pick & place to the most complex IML solutions.

 

The Campetella side-entries are exclusively available in X-Series, which stands for maximum performance on all fronts.

The stack-moulding technology relies on a specially designed injection-moulding mould, whereby the plastic can be spread over two or more levels of the mould itself. As a result, the productivity of the press doubles while the moulding times remain unchanged.

 

This technology offers unquestionable advantages in high-productivity sectors, optimising the company’s costs while respecting the environment: considering the same cavity for a single moulding operation, the press tonnage is almost halved compared to traditional systems. This helps to considerably lower energy consumption and the relative CO2 emissions into the atmosphere, thus reducing the impact on global warming. The green economy challenge is now a reality and we can no longer forgo the use of highly efficient and sustainable production systems.

 

Ever ready to promote technological progress, the Campetella Robotic Center launches an innovative and refined robot range designed for expressing its fullest potential in stack-moulding applications. A rich array of top-entry and side-entry models that perform optimally in high-speed take-out and IML applications.