International series quick couplers for mould cooling — widely compatible fittings for use across different machine brands and global standards.
European series couplers for mould cooling. Built to European standards for reliable, leak-free connections across a wide range of applications.
French series couplers for mould cooling systems. Compatible with French industrial standards for secure and consistent coolant connections.
French Matic quick-release couplers for fast, one-handed connection and disconnection in high-frequency mould cooling applications.
Large flow couplings for high-volume mould cooling applications. Designed for maximum coolant throughput where standard couplings are insufficient.
Multi couplings for connecting several cooling circuits simultaneously. Reduces changeover time and simplifies coolant connections on complex moulds.
BBI series couplers and nipples for mould cooling — male, female, 90° angle, push lock, and hose variants for secure coolant connections.
Single line flow measurement for monitoring individual coolant circuits. Accurate flow rate readings for precise thermal management in mould cooling.
Multi line flow measurement for simultaneous monitoring of multiple coolant circuits. Efficient flow control across several channels in one unit.
Single and multi-zone hot runner controllers for precise nozzle and manifold temperature control in injection moulding.
Square connectors for hot runner temperature control systems — robust electrical connections for demanding mould environments.
Narrow profile connectors for hot runner wiring in space-restricted mould installations — secure and reliable connections.
Standard connectors for hot runner and temperature control system wiring — compatible with most controller brands and setups.
High density connectors for multi-zone hot runner systems — more pins in less space for complex mould temperature control.
Miniature thermocouple connectors for space-restricted hot runner and temperature control installations — Type J and K available.
Precision balances and moisture analysers for measuring granulate moisture content and shot weight in plastics processing.
Dovetail plate quick change systems for fast and repeatable EOAT tool swaps on injection moulding and handling robots.
Aluminium and steel base plates for mounting EOAT components to quick change systems — compatible with dovetail and round changers.
Wall mount dovetail brackets for storing and docking EOAT tools during robot changeover — stable and space-saving solutions.
Round quick changer systems for secure and repeatable EOAT tool changes on injection moulding and assembly robots.
Interface plates connecting EOAT tools to quick changer systems — precise alignment and secure locking for automated tool changes.
Electrical connectors for passing signals and power through quick change interfaces — compatible with standard EOAT systems.
Round wall mount brackets for docking and storing EOAT tools fitted with round quick changer systems between robot cycles.
Hardened locating pins for precise EOAT alignment in quick change systems — ensure repeatable positioning on every tool change.
Aluminium profiles, channel nuts and accessories for building lightweight EOAT frames and robotic tooling structures.
Extruded aluminium profiles for constructing lightweight and rigid EOAT frames and robot tooling structures in plastics automation.
T-slot and spring channel nuts for securing components to aluminium profiles in EOAT frames and robotic tooling structures.
Brackets, end caps, connectors and fasteners for aluminium profile systems used in EOAT and robot tooling frame construction.
Corner brackets, cross joints, end connectors and adjustable connectors for aluminium profile systems in EOAT construction.
Inside and outside corner brackets for joining aluminium profiles at 90° in EOAT frames and robotic tooling structures.
Cross joint connectors for joining four aluminium profiles at a single node — for complex EOAT and tooling frame layouts.
Square joint connectors for secure right-angle connections between aluminium profiles in EOAT and robot tooling assemblies.
End connectors and caps for terminating aluminium profile runs cleanly in EOAT frames and robotic tooling structures.
Flat S, L and T connectors for surface-mounted joins between aluminium profiles in EOAT and modular tooling frame builds.
Adjustable angle connectors for aluminium profile systems — set custom angles in EOAT frames and robotic tooling structures.
Cross clamps, angle clamps, tube connectors and mounting brackets for aluminium profile and tube-based EOAT structures.
Cross clamps for joining round tubes and aluminium profiles at right angles in EOAT frames and robotic tooling structures.
Fixed angle clamps for joining tubes and profiles at set angles in EOAT frames and robotic tooling construction.
Angle clamps with ball joint for infinitely adjustable tube and profile connections in EOAT and robot tooling builds.
Angle clamps with swivel head for adjustable positioning of tubes and profiles in EOAT frames and automation structures.
Slotted brackets for adjustable component mounting on aluminium profiles and tubes in EOAT and robotic tooling frames.
Threaded brackets for fixed component mounting on aluminium profiles and tubes in EOAT and robot tooling assemblies.
Cross tube connectors for joining round tubes at perpendicular angles in EOAT frames and robotic tooling structures.
Parallel tube connectors for aligning and joining tubes side by side in EOAT frames and robotic handling structures.
Tube reducers for connecting different diameter tubes in EOAT frames and aluminium profile-based robotic tooling builds.
Elbow arms, angle arms, extension tubes and swivel gripper suspensions for robot EOAT gripping in plastics automation.
Standard elbow arms for positioning gripper components in EOAT systems on injection moulding and handling robots.
Fixed angle arms for setting gripper orientation in EOAT systems — precise and repeatable positioning on automation robots.
Hardened centering pins for accurate and repeatable alignment of gripper components in EOAT systems and robot tooling.
Aluminium extension tubes for increasing gripper arm reach in EOAT systems — various lengths for injection moulding robots.
Swivel head gripper suspensions for flexible gripper orientation in EOAT systems on injection moulding and handling robots.
Spring loaded elbow arms with swivel head for adaptive gripper positioning and compliance in robot EOAT gripping systems.
Rigid arms, suspensions, spring loaded and telescopic vacuum cup mounts for robot EOAT gripping in plastics automation.
Flexible suspensions for mounting vacuum cups in EOAT systems — absorb position variation during robot pick and place cycles.
Rigid aluminium arms for fixed vacuum cup positioning in EOAT systems on injection moulding and part handling robots.
Standard vacuum cup mounts for attaching suction cups to EOAT frames and robot tooling in plastics handling applications.
Extended length vacuum cup mounts for reaching deep cavities and recessed surfaces in robot EOAT pick and place tasks.
Rotative vacuum cup suspensions allowing cup rotation to match part surface angles in robot EOAT handling systems.
Fixed non-rotative suspensions for stable vacuum cup positioning in EOAT systems on injection moulding robots.
Non-rotative suspensions with swivel head for angled vacuum cup positioning in robot EOAT and plastics handling systems.
Spring loaded rotative vacuum cup arms for compliant and adaptive suction gripping in robot EOAT automation systems.
Spring loaded non-rotative arms for stable and compliant vacuum cup mounting in EOAT systems on plastics handling robots.
Spring loaded non-rotative arms with swivel head for adjustable vacuum cup angles in robot EOAT gripping systems.
Non-rotative level compensators for maintaining consistent vacuum cup contact on uneven part surfaces in EOAT systems.
Telescopic self-retracting suspensions for variable reach vacuum cup mounting in robot EOAT and plastics handling systems.
Spring rods for flexible and compliant vacuum cup mounting in EOAT systems — absorb impact and variation during robot cycles.
Flat, bellow and multiflex vacuum cups in G, F, B, CM and CL series for robot EOAT gripping in plastics automation.
G Series flat vacuum cups for smooth and rigid surface gripping in robot EOAT systems — reliable suction on flat plastic parts.
F Series flat vacuum cups with cleats for secure gripping of smooth flat surfaces in robot EOAT handling applications.
B Series 1.5 bellow vacuum cups for flexible and gentle gripping of uneven and curved surfaces in robot EOAT systems.
CM Series 1.5 bellow vacuum cups for precise and adaptive gripping of varied surfaces in robot EOAT automation systems.
CL Series 1.5 bellow vacuum cups for versatile and gentle part gripping in robot EOAT and plastics handling applications.
CL Series 2.5 bellow vacuum cups for deep flexible gripping of curved and irregular surfaces in robot EOAT systems.
G Series 1.5 bellow cups with foam ring seal for gentle gripping of delicate and sensitive surfaces in EOAT systems.
G Series 2.5 bellow cups with foam ring for enhanced sealing on uneven and curved surfaces in robot EOAT applications.
Push-in and threaded fittings for connecting vacuum cups to EOAT systems and robot suction circuits — various thread sizes.
1.5 bellow Multiflex vacuum cups for gripping irregular and delicate surfaces with multiple independent suction zones.
2.5 bellow Multiflex vacuum cups for deep flexible gripping of complex and uneven surfaces in robot EOAT automation.
M-Series, mini, compact and large sprue grippers for automated sprue removal in injection moulding robot EOAT systems.
M-Series sprue grippers for precise and reliable sprue removal in robot EOAT systems on injection moulding machines.
Miniature sprue grippers for handling small and delicate sprues in compact robot EOAT systems on injection moulding machines.
Small sprue grippers for precise sprue removal in space-restricted robot EOAT setups on injection moulding machines.
Compact sprue grippers for efficient sprue removal in tight robot EOAT configurations on injection moulding machines.
GZ.AA compact sprue grippers for precise automated sprue removal in space-restricted robot EOAT configurations.
Large sprue grippers for handling heavy and oversized sprues in robot EOAT systems on large injection moulding machines.
High-force power grippers for demanding sprue and part handling tasks in robot EOAT systems on injection moulding machines.
Angled finger grippers, tilt units and sensor brackets for precise part and sprue handling in robot EOAT automation.
21° angle finger grippers for precise part gripping and sprue removal in robot EOAT systems on injection moulding machines.
21° and 25° finger grippers for flexible and accurate part handling in robot EOAT systems on injection moulding machines.
Wide angle finger grippers at 35°, 90° and 95° for complex part positioning and gripping in robot EOAT automation systems.
Finger grippers with integrated stops for controlled and repeatable gripping positions in robot EOAT automation systems.
Replacement stops, guides and spare parts for maintaining finger grippers in robot EOAT systems — keep automation running.
Sensors and mounting brackets for adding position feedback and detection to finger grippers in robot EOAT automation systems.
90° tilt units for rotating and repositioning gripper tools in robot EOAT systems — precise angular part handling.
Perpendicular finger grippers and Viton pads for 90° part gripping in robot EOAT systems on injection moulding machines.
Parallel, compact and angular grippers with interchangeable jaws for versatile part handling in robot EOAT automation systems.
Compact parallel grippers for precise part handling in space-restricted robot EOAT configurations on automation machines.
Parallel grippers for reliable and repeatable part gripping in robot EOAT systems across a range of automation applications.
Replacement and interchangeable jaws for parallel grippers in robot EOAT systems — various profiles for different part geometries.
Angular grippers for inward and outward gripping movements in robot EOAT systems on injection moulding and handling machines.
Doc and lock grippers and expansion grippers for specialised part handling and positioning in robot EOAT automation systems.
Doc and lock grippers for precise part locking and secure positioning in robot EOAT systems on injection moulding machines.
Expansion grippers for gripping parts from the inside — reliable internal holding in robot EOAT and plastics handling systems.
Air nipper bodies, N and GPT series blades and nipper mounts for automated sprue and gate cutting in robot EOAT systems.
Pneumatic nipper bodies for automated sprue and gate cutting in robot EOAT systems on injection moulding machines.
N Series replacement blades for air nippers — sharp and durable cutting edges for automated sprue removal in EOAT systems.
GPT Series nipper blades for heavy duty sprue and gate cutting in robot EOAT systems on injection moulding machines.
Nipper mounts for securing air nipper bodies to EOAT frames — stable positioning and easy blade access during robot cycles.
Compact, mini and vacuum cylinders with mounts and accessories for linear motion in robot EOAT automation systems.
Compact cylinders with guide rod for precise and stable linear motion in robot EOAT and plastics handling automation systems.
Compact pneumatic cylinders for linear actuation in robot EOAT systems — space-saving design for injection moulding automation.
Mounting brackets and accessories for fitting compact and mini cylinders to robot EOAT frames and automation structures.
Vacuum cylinders combining linear motion and suction for integrated gripping and actuation in robot EOAT automation systems.
Miniature pneumatic cylinders for linear actuation in space-restricted robot EOAT configurations on automation machines.
Sensors, switches and fitting accessories for compact and mini cylinders in robot EOAT and plastics handling automation systems.
Pneumatic manifolds for distributing air to multiple vacuum cups and grippers in robot EOAT and plastics handling systems.
G thread fittings with O-ring seal for leak-free pneumatic connections in robot EOAT and automation systems — various sizes.
Push-in pneumatic fittings for fast and secure tube connections in robot EOAT vacuum and gripper automation systems.
R thread pneumatic fittings for secure connections in robot EOAT vacuum and gripper systems — compatible with standard components.
Male elbow flow controllers for regulating air flow to vacuum cups and grippers in robot EOAT automation systems.
Inline flow controllers for precise air flow regulation in robot EOAT vacuum and pneumatic gripper automation systems.
Polyurethane and nylon tube for connecting fittings, valves and components in robot EOAT automation systems.
Cable connectors, magnetic and inductive sensors, programmable sensors and sensor boxes for robot EOAT automation systems.
Cable connectors for secure and reliable sensor and actuator wiring in robot EOAT and industrial automation systems.
Magnetic sensors for C slot mounting on pneumatic cylinders — precise piston position detection in robot EOAT systems.
Magnetic sensors for T slot mounting on pneumatic cylinders — reliable piston position detection in robot EOAT systems.
Programmable magnetic sensors for C slot cylinders — adjustable switching points for flexible robot EOAT automation setups.
Inductive proximity sensors for metal part detection and position sensing in robot EOAT and plastics handling automation.
Sensor junction boxes for organising and protecting sensor wiring in robot EOAT frames and automation system installations.
Polishing machines, rotary tools, stones, diamond paste and abrasives for cavity finishing and mould surface preparation.
Electric and pneumatic polishing machines for cavity finishing, surface preparation and gloss polishing of injection moulds.
Rotary tools and die grinders for mould repair, cavity finishing and surface preparation in injection mould workshops.
Polishing stones and files in various grits for hand finishing, scratch removal and surface preparation of mould steel.
Diamond polishing paste in fine to coarse grades for achieving high-gloss cavity finishes on injection mould steel surfaces.
Abrasive papers, pads and gauze in various grits for surface preparation and finishing of injection mould steel cavities.
