Page 1086 - Flipbook_SolidDesignSoutheast2020

Location

X-ray systems can be used at various stages on a production
line depending on the Critical Control Point (CCP). A common
location for pipe X-ray equipment is at the start of the
production process when product value is at its lowest and the
risk of contaminants from incoming raw ingredients is at its
highest.
Iris Pipeline X-ray Inspection System
• The Iris system offers high throughput and simplicity of use, The range is designed to meet the increased and varied
coupled with superior inspection capability and a hygienic product safety standards for the global food industry, improve
design. The average throughput for muscle meats, slurries, efficiency, improve the quality of your product and protect your
semi solids and fluids is up to 14,000kg/h for meat and brand.
poultry applications.
• Advanced 3D design techniques saves space, diminishes
• The system is built specifically to operate in harsh food bug traps and minimises vulnerable mechanical fixings.
processing environments for all types of pumped liquids,
• Heavy duty frame and components.
pastes, slurries and meats.
• Latest generation industrial specification and fibre optic
• The three models in the Iris range are designed to quickly
control system for superfast, ultra reliable operation.
and simply integrate into your existing rigid or flexible pipe
• Latest generation industrial specification and drag and drop
system. Robust quick release fittings allow for disassembly,
cleaning and reassembly in a matter of seconds. touchscreen control.
• Advanced reject integrity, Quality Assurance (QA),
• Iris is designed to automatically adapt to changes in the flow
management information and Sparc ‘dial-in’ remote access
rate of the product. All three models in the range can adjust
support software.
the scan speed, as well as the associated reject timing in
accordance with an encoder signal from the upstream
equipment.
A fully integrated, servo actuated rotary reject valve provides
accurate and repeatable reject system performance. This saves
on product waste by minimizing the amount rejected and it
does so in accordance with all current reject integrity Codes
of Practice (COP).
• The servo driven reject system can also
be considered greener (ESOS ready)
when it comes to overall CO2 reduction
and cleaner in terms of not having the
potential contamination risks associated
with the use of compressed air.
• The system promotes systematic product flow and delivers
optimal detection of any contaminants by using active product
tracking, while reducing the amount of product rejected.
• Iris is designed to specifically address the unique
requirements posed by products flowing through a pipe,
as well as helping manufacturers comply with stringent
HACCP protocols and food safety requirements.
• It inspects pumped product and rejects contaminants prior
to packaging or processing.