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END-OF-LINE AUTOMATION

When end-of-line stacking becomes the bottleneck.

Show us your cases, required rate, pallet patterns and floor space. Knoxlabs helps scope a station around the line, with tooling, controls, site integration and safety responsibilities called out.

A line photo or a few case specifications are enough to start.

Concept animation — case infeed, robot pickup, and pallet placement. Final robot, tooling, rate, and safety design depend on your line.

A USEFUL FIRST REVIEW

A station scope tied to your line, not a generic arm quote.

We start with what arrives at the end of the line and what a finished pallet must look like. The aim is to identify candidate hardware and the engineering questions that remain.

01 · LINE FACTS

Cases and throughput

Weight including packaging, size variation, arrival rate, shifts, pallet patterns and changeovers.

02 · STATION SCOPE

Robot and handling path

Candidate reach, end-of-arm tooling, infeed sensing, pallet location and available footprint.

03 · OPEN ITEMS

Site integration

Controls, guarding, commissioning, line stoppages and who owns each safety and support decision.

The station configuration and achievable rate depend on application review and testing.

FIRST REVIEW

Three things we ask about
Case size, weight, and variation
Target rate and pallet pattern
Floor space and safety needs

FIT CHECK

Is your line ready to review?

Start with the case flow and stacking goal; feasibility depends on site conditions.

  • Case size and weight
  • Target line rate
  • Pallet size and pattern
  • SKU and packaging variation
  • Floor space and line controls

THE HARDWARE SCOPE

What we review together

01

Robot and reach

Payload, reach, mounting, and work envelope are checked against the cases and pallet pattern.

02

End-of-arm tooling

The gripper or other tooling must match the packaging and handling requirements.

03

Infeed and sensing

Conveyor interface, case detection, and any vision or sensing needs are part of the scope.

04

Integration and safety

Controls, guarding, commissioning, and site safety responsibilities must be assigned.

05

Support path

We clarify training, spares, service, and who supports the completed cell.

HOW WE WORK

From line details to a scoped next step.

No rate, lead-time, or savings promise is made before the application is reviewed.

01

Share the task

Send a line photo, case details, rate, pallet pattern, and available space.

02

Review the cell

We identify the hardware fit and the questions requiring integration or safety review.

03

Agree the scope

The quote clarifies equipment, responsibilities, testing, and support.

Review my line

COMMON QUESTIONS

Before you reach out

Do we need a full engineering specification?

No. Start with the case, line, and pallet information you have. We can identify missing details together.

Can one cell handle multiple case sizes?

Possibly. The answer depends on packaging variation, tooling, pattern, and changeover needs; it must be assessed for the specific line.

Who installs and commissions the cell?

That depends on the selected configuration and project scope. The proposal must identify the responsible party before any commitment.

START A CONVERSATION

Tell us about your robotics project.

Share the task, what you already have, and what you want to achieve. We will review the hardware scope and follow up with practical next questions.

An early idea or equipment list is enough to start.

Explore robotics solutions

Knoxlabs team

How can we help?

Tell us what you need and the right specialist will get back to you.

We reply within one business day, Monday to Friday. Often sooner.

How urgent is it?

Urgent means it is blocking an order, a deployment or an event.