IMA Medtech Switzerland SA

Continuous for caps and closures

Specifically designed to assemble small to medium-sized plastic components, the CMR is a high-speed continuous-motion rotary machine which handles market-ready products for the food, beverage and cosmetics sectors, such as carton fitments, push-pull, sport-caps, safety closures and non-refillable closures.

With a nominal output reaching 80,000 pieces/h, this standard assembly platform is ideal for large quantities of complex products.

Designed to save space, the CMR features a table unit allowing for complete system configuration flexibility, easy access for maintenance and service operations, and is suitable for subsequent upgrading.

Uao! Unending Assembly Opportunities

The EVO FLEX ROTARY machine is comprised of a servo-driven dial table unit designed to allow complete flexibility of the system configuration, including servo-controlled pick and place mechanisms.
Reciprocal assembly of between 2 and 5 components is possible with basic machine configuration.
By adding a specific transfer module, enabling transfer of the pre-assembled parts of from one module to the other, the unit can be conveniently merged with a second one.

In line with your real needs

Using a system with linear product transfer on specific slabs which are fastened to conveyors and on which fixtures for each product are secured, the LINEAR assembly platform offers convenient flexibility for customers requiring products within a range of sizes.

Adaptable to circular products of different sizes, the module performs assembly by pressure of screwing, and will complete the assembly stages with full control of welding and further inspections as required.

iQ FLEX is the newest intelligent and ultra-flex platform, providing today’s solutions with the future in mind, leading to system utilization over multiple product lifecycles.

An innovative, modular approach for automation.
Designed with the future in mind, iQ FLEX is the newest modular platform for automation industry, meeting the need for speed and flexibility in manufacturing.
Intelligent conveyor technology allows this platform to be expandable to add or remove process stations as the product evolves and adaptable to product and volume changes.
This solution is the next step in motion control, replacing mechanics with simple, effective software profiles redefining speed and flexibility in automation. Versatile, it’s ideal for multiple industries and applications, such as medical devices, automotive and electronics products.

Nothing is too complex for a PERIPHERAL

Based on a peripheral transfer system using specific slabs which are conveniently fastened to conveyors such as belts or chains, and on which fixtures for each product are secured, the PERIPHERAL assembly platform can be adapted and configured to handle, orient, assemble and control complex products.

Outstanding flexibility for cost-effective assembly operations

The key reason behind this platform’s ultimate flexibility is its ability to integrate manual work stations and/or feeding positions, as well as semi and/or fully automatic stations. Tooling can be manually operated, cam-driven, pneumatic and/or servo-controlled, and can operate at speeds identical to those required for high-volume production, thus transferring de-risked validated technology directly to high-speed lines.

This approach allows process stations and tooling to be used for both pilot/low volume and high volume production, saving time and validation whilst being efficient and cost effective. The PILOT MED low volume platform is fully compatible (mechanically, electrically and in terms of software interfaces) with IMA Automation Medtech’s High Volume platforms.

Fully synchronised for accurate assembly routines

Available in a variety of sizes and complete with a library of standard proven process modules to hand, the ROTARY MED high-volume indexing dial chassis boasts hundreds of successful applications, thanks to its proven reliable technology.
Also featuring a patented fixture ring to keep rotational inertia to a minimum, the indexing ring is driven by a single motor keeping all working stations in full synchronisation.

A pre-bored main tooling plate offers flexibility, so stations can be moved easily from one position to the next.