OMNI DIRECTIONAL SORTATION
NO POP UPS
OMNIA multidirectional tables harness the unique capabilities of omni wheels to deliver 360° sortation solutions for logistics and manufacturing.
The light, compact design enables hassle free installation into existing conveyor rail systems or as an independent unit.
PLUG + PLAY
Compatible with 24V systems with no pneumatics or hydraulics. Can be supplied preprogrammed or as a programmable ready module.
You’ll be up and running in no time.
Simple mechanics utilizing continuous transposed shafts and omni wheels isolates the predominant wear to the loaded contact points only.
Mean time to failure is extended and preventative maintenance reduced.
Modules can be programmed to divert packages at any angle, intermittently. Multiple units can be combined to perform more complex manipulations. Ideal for labeling, printing, scanning, sampling, quality inspection, etc.
Trouble-free compact 180° returns saves valuable floor space.
Complex manipulations can be performed on a minimal footprint.
Low profile design enables compact multi-level layouts.
In a world of constant change, de-risk your investment and reduce cost of ownership. Modules can be reprogrammed and repurposed to meet future needs, reducing asset redundancy.
As long as its's within the laws of physics, an OMNIA sortation can achieve your sortation objectives for a wide range of packages.
From envelopes to pallets, OMNIA’s proprietary omni wheels can handle a wide range of loads and the toughest of sortation challenges. Designed for impact resistance and low wear they deliver mission critical reliability.
Using a single unit or multiple modules, systems can be sized to sort small packages to large flat panel products,
or combined to meet the challenge.
While a number of manipulations can be achieved by an individual unit, complex or combinations of movements can be realized by combining multiple modules.
Complex actuation associated with pop ups, swivels and pneumatics are eliminated. The simple driven omni wheel-on-shaft design requires fewer parts, making it more reliable.
With friction being primarily limited to the contact surface
of the payload/package, overall wear is minimized, increasing mean time to failure.
In addition to the benefits of fewer parts and less wear, modules can be readily swapped out in minutes for preventative maintenance or part replacement.
Costly downtime is minimized.
Energy is predominantly consumed driving the
payload, not the components
of the system.
The low friction, light weight design generates less heat
and uses less power.
A low noise rating, averaging
64 dB, (equivalent to a standard office environment), reduces the need for hearing protection and noise pollution compared to typical industrial environments.
ASSET LIFE CYCLE
The highly adaptable, modular design and programmable functionality ensures product lifespan is maximized, delaying the need for asset replacement.
Made predominantly from recyclable materials and components.