Asyril developed vibratory parts flexible feeders to offer an efficient solution for the unbulking of all types of components. Moving parts quickly in all directions, eliminating corner and edge build-up and eliminating part recirculation. Parts are handled delicately and smoothly with precise frequency and amplitude control. With patented 3-axis technology, better cycle times and optimal efficiency of your machine can be achieved. Even on structured, slotted or perforated platforms. 530 Asycube flexible feeder is ideal for components ranging between 30 and 150 millimeters in size, such as large complex housings and bearings.

Developed with an innovative and patented technology. The Asycube feeder offers an efficient solution to singulate bulk parts with a small footprint. With compatibility to all robots and PLCs, thanks to TCP/IP and Modbus TCP communication. Full integration remains simple, with various plugins available for easy system integration. Asyril developed vibratory parts flexible feeders to offer an efficient solution for the unbulking of all types of components. Moving parts quickly in all directions, eliminating corner and edge build-up and eliminating part recirculation. Parts are handled delicately and smoothly with precise frequency and amplitude control. With patented 3-axis technology, better cycle times and optimal efficiency of your machine can be achieved. Even on structured, slotted or perforated platforms. The Asycube 80 flexible feeder is ideal for small flat or cubic components between 3 and 15 millimeters in size, such as gemstones, watch parts, small medical or electronic components.

Flexible feeder for hygienic applications. Designed specifically for cleanroom and pharmaceutical environments. Asycube Clean 230 is the first flexible feeder engineered to meet the strictest GMP Annex 1 requirements. Compact enough to fit into a 190 Rapid Transfer Port (RTP), its sterilisable plate and chemical-resistant design enable seamless integration into robotised isolators and aseptic zones. Unlike traditional bowl feeders, Asycube Clean 230 offers unmatched flexibility. No custom tooling, faster changeovers, and full adaptability for small batches and personalised healthcare. Asycube Clean 230 features Asyril’s patented 3-axis vibration technology and works seamlessly with Eye+ Smart Control System. Ensuring fast and accurate part detection. Built for robots, ready for the future! It’s the smarter, safer choice for modern pharmaceutical production.

PYK+ combines AI-based vision and integrated vibration repositioning system in an easy-to-deploy bin-picking solution, designed for simple integration with any robot. No part left behind with integrated vibration repositioning system for easier picking, while the unified get_part command simplifies robot integration. CAD-based AI training ensures stable part detection across changing conditions, while 8 surrounding cameras and integrated lighting provide full bin coverage with no dead zones. PYK+ helps reduce repetitive manual handling, support production continuity, and let operators focus on higher value work. Available as Pyk+ Lift and Py+ Flow.

Gold, Silver & Platinum

Showcase the impossible through advanced, immersive 3D experiences based in technical accuracy

VRED™ 3D visualisation software helps designers and engineers create product presentations, design reviews, and virtual prototypes using interactive raytracing and analytic render modes.

IC welded, assembled and overmoulded. Parts are automatically checked for function, dimensional accuracy and colour.

Use detection and automated warnings to help manage pedestrian and vehicle interaction at shared risk points.

Instron Automated Testing Systems enable a new dimension of testing productivity. These systems were designed as a solution to these common testing challenges including safety, throughput, repetitive tasks/better use of skilled operators, and variability of results. Available as either a complete turnkey solution or fitted to existing Instron testing instruments, both options are tailored to your testing operations and throughput requirements. The unique modular design of the automated testing systems provide the broad control and handling capability needed to fulfill a wide range of applications. Standardized systems are available for the following application areas: rubber tensile and tear, plastics tensile and flex, thin films tensile, metals tensile, and component testing.

AI-powered machine vision for fast, reliable quality control and zero-defect manufacturing on complex production lines.

Cygnet Texkimp has developed a range of state-of-the-art automation and handling solutions to work alongside our fibre processing and converting technologies. These are designed to help customers manipulate bobbins of fibre on and off machinery, plug labour gaps and reduce associated costs, maintain fibre quality and improve product traceability. By automating the process of loading and unloading packages of fibre, manufacturers have, in recent years, been able to accommodate larger and heavier packages as a way of increasing production capacity and speed and reducing downtime. Cygnet Texkimp’s portfolio of customised automation and handling technologies not only improve process efficiency but also enhance the quality of the fibre, tape or yarn by reducing physical handling and improving traceability and in-process checking.