Remove Supplier Dependency
Support doesn’t need to be tied to the machine supplier. HPS can take over, document condition, and keep the equipment supported across its working life — regardless of OEM.
ONGOING MACHINE SUPPORT
Machine Support After Installation
Support for packaging machines already on your site — including legacy equipment and mixed fleets — with calm, engineer-led oversight that reduces repeat stoppages.
HPS can take over support regardless of the original OEM or supplier, starting with a practical condition review and moving into structured oversight once performance is stabilised.
Why takeover support exists
When the original support fades, the machine doesn’t stop ageing
Packaging machines drift over time — settings move, wear builds, safety devices get bypassed, and intermittent faults become “normal”. Takeover support gives you a clear technical baseline and a controlled route back to stable, repeatable performance.
Stop Repeat Stoppages At Source
If the same stoppage returns, the underlying cause hasn’t been removed. Takeover support focuses on drift, wear and weak points so faults reduce instead of cycling.
Bring Control To Mixed Fleets
Many sites run multiple brands and ages of equipment. An OEM-neutral support approach makes the end-of-line area easier to manage, with consistent engineering standards.
Key point: We don’t need to have supplied the machine to support it. The starting point is always the same: understand condition, stabilise performance, and maintain control with structured oversight.
What happens when we take over
A structured takeover process — condition, correction, documentation
The aim is to stabilise the machine and make support predictable. We establish an accurate baseline, correct the common drift issues, document what matters, and then maintain control through planned oversight.
Initial condition review
A practical assessment of setup, wear, safety integrity and drift — focused on what affects uptime and repeatability.
- Mechanical condition, alignment, guarding and interlocks
- Sensors, pneumatics and basic control health
- Key drift points (tension, timing, indexing, sealing, conveyors)
- Clear findings captured for repeat use
Stabilisation phase
Correct the gradual issues that cause intermittent faults, then prove stability with simple, repeatable checks.
- Adjustment and optimisation to restore controlled operation
- Remove snag points, inconsistent loading and mis-set assemblies
- Identify weak components close to failure
- Reduce repeat stoppages by addressing root cause
Documentation & recommendations
Clear notes on what’s been found and corrected, plus practical recommendations that reduce future risk.
- Condition notes and prioritised next-step actions
- Parts risk points and sensible spares guidance
- Service intervals aligned to use and criticality
- Support pathway: reactive cover vs planned oversight
Ongoing oversight
Once stable, structured check-ins prevent drift returning and reduce “mystery faults” over time.
- Planned checks that catch wear before it becomes downtime
- Repeat fault reduction through trend awareness and follow-up
- Parts planning and lifecycle risk management
- Consistent support across a fleet, not just one machine
Outcome: you move from “it’s running most of the time” to a machine that’s controlled, documented, and supported without relying on the original supplier.
Stabilising performance
Most “random stoppages” aren’t random
Instability usually comes from predictable causes: wear, contamination, inconsistent inputs, or settings drifting over time. Stabilisation is about restoring control — and keeping it controlled.
Controlled setup
Settings are brought back to a known baseline, with the drift points identified and contained so the machine stays repeatable.
Weak points identified early
Components that are “nearly there” are highlighted before they become the next breakdown, with practical parts risk planning.
Repeat stoppages reduced
Faults reduce because the cause is removed — not just reset. The machine becomes easier to run and easier to maintain.
Multi-brand capability
OEM-neutral support for mixed fleets and legacy machines
Many sites run equipment that has changed hands multiple times. HPS support is built around engineering fundamentals — diagnosis, condition control, and safe operation — rather than a single OEM pathway.
Mixed end-of-line fleets
A consistent approach across different makes and ages, so your engineering team isn’t juggling multiple support styles.
- Common standards for condition notes and next steps
- Practical focus on uptime, safety and repeatability
- Clear escalation routes if deeper specialist input is needed
Legacy machines still earning their keep
Older machines can be reliable — but only if they’re kept in control. Takeover support targets wear points and drift first.
- Stabilise operation and remove “quirks” that cause stoppages
- Identify parts risk early and plan replacements sensibly
- Keep guarding and interlocks safe and functional
Practical point: support becomes easier once condition is documented and settings are controlled — especially across multiple machines and brands.
Clear pathways
When takeover becomes structured prevention
Reactive cover can keep you moving, but critical machines benefit from planned oversight. Once condition is understood and performance is stabilised, a Service Plan provides predictable checks, parts risk planning, and repeat fault reduction across the lifecycle.
A Service Plan is not “servicing for the sake of it”. It’s a structured way to keep settings controlled, reduce drift, and prevent the same stoppages returning — particularly where downtime impacts throughput and labour.
Move to a plan when…
The machine is critical to output, faults repeat, or you want structured check-ins that keep drift under control and reduce disruption.
Stay reactive when…
Usage is low, the equipment is non-critical, or you need independent cover while you assess condition and next-step investment.
Support routing
Choose the right route based on what you need today
If you know the symptom, use the fault hubs. If you want structured prevention, move to a Service Plan. If you're down now, Breakdowns is the fastest route to triage.
Pallet Wrapper Fault Hub
Practical checks and likely causes for common wrapper faults.
Go to wrapper faults →Strapping Machine Fault Hub
Symptom-led guidance for stabilising strapping equipment.
Go to strapping faults →Service Plans
Structured servicing and oversight to reduce repeat stoppages.
View Service Plans →