High-Speed Integration Services
Optimize productivity for a higher ROI on your new equipment
A new high-speed inserter represents a significant investment –
and a tremendous opportunity to improve your operations’ performance.
To optimize your ROI and realize all the productivity gains your
new equipment can provide, you need to ensure it’s fully and
effectively integrated into your operations. Whether you have acquired
one or a number of new inserters, our High-Speed Integration Service
will help you align all critical aspects of your inserter operations
for optimal performance.
Equipment speed is a major factor affecting productivity, but it’s
not alone. You also need to look at the entire mail finishing process,
end-to-end, to fully realize productivity optimization.
Our high-speed integration service involves in-depth analyses of
your existing process flows as they relate to critical aspects of
inserting and mail piece production, including:
- Processes and workflow
- Material handling and distribution
- Operator procedures
- Scheduling
- Data collection
Achieve your high-speed goals
Our Workflow Solutions team will analyze your existing process
flow to and from the insertion stage of mail piece production. Based
on our leading-edge practices for high-speed mail processing, we’ll
help ensure optimal placement and layout of your new inserting systems,
and recommend materials handling and distribution to and from the
inserter, including waste disposal. Finally, we’ll provide
new scheduling, processes and procedures necessary to achieve your
production goals.
We will provide you with a written report with specific recommendations
that will help you align and prepare your production mail operations
for new high-speed processing so you can achieve desired throughput
and productivity goals. And we will work with the Pitney Bowes installation
team and your management as they implement the recommendations.
If we identify potential areas for enhancement during our analyses,
we will provide that information in our report.
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