INDUSTRY · PACKAGING LINES · 600 MI FIELD RADIUS
Packaging Line Installation and Integration
A packaging line is not a set of machines. It is the connections between them, and that is the scope nobody sells you.
Miller 3 Engineering sets, anchors, aligns, and connects packaging equipment inside live plants: conveyance, transfer points, supports, platforms, guarding, and utility tie-ins. One accountable team from the site walk to punch-list closeout.
Six vendors shipped six machines and each one ends at its own frame
The filler came from one manufacturer. The capper from another. The labeler, the checkweigher, the case packer, and the palletizer each arrived on their own truck with their own install manual, their own leveling tolerance, their own utility requirements, and their own technician scheduled for a different week.
Every one of those manuals ends at the machine's own footprint. None of them covers the conveyor between the filler and the capper, the transfer height mismatch that shows up when both are set on a floor that is not flat, the accumulation you need so a two-minute label change does not starve the palletizer, the guarding that has to wrap the whole cell rather than each machine, or the compressed air header that has to feed all six at once.
The full detail
That connective scope is where packaging projects lose weeks. It is also where the responsibility gets fuzziest. The OEM says it is the plant's. The plant says it is the integrator's. The integrator quotes controls, not steel. Somebody is going to fabricate a transfer chute and a set of legs at 11 p.m. on a Friday, and it should not be your maintenance lead.
Then there is the part nobody budgeted: the line has to run during all of this, because the old line is still shipping product.
One continuous line, level, guarded, and connected
Every machine sits on a base or leg set engineered for its load, anchored to specification and shimmed to the manufacturer's leveling tolerance. Transfer heights match across the line because they were checked against actual floor elevations before anything was set, not discovered afterward.
Conveyance, accumulation, and transfer points are fabricated and installed as a system. Guarding wraps the cell, interlocks are wired to the right places, and emergency stops are located where an operator can actually reach them.
The full detail
Compressed air, vacuum, water, exhaust, and process services are sized and run for the whole line rather than daisy-chained from whatever was closest. Support steel, platforms, and access are permanent, guarded, and cleanable.
The OEM technicians arrive to mechanically complete machines and spend their visits doing what they came to do. Changeover works because the access to make it work exists. And the old line kept shipping while the new one went in.
We own the scope between the machines
Manufacturers build the equipment. Distributors sell it. Miller 3 Engineering designs and builds its own, installs and integrates theirs, and makes both run.
M3E takes the installation scope that often creates delays, risk, or coordination issues during equipment upgrades: clear definition of installation scope and responsibilities, coordination with facility engineering, maintenance, and operations, safe execution inside active production environments, practical field-driven solutions when conditions differ from drawings, and one accountable installation team from start to finish.
On a packaging line that plays out in a specific order. We walk the space and the access route before we quote. We build a sequence around the production calendar, so the down portion of the work is the tie-in and nothing else. We prefabricate conveyance supports, transfer frames, platforms, and guarding in our Rancho Cordova shop, because steel welded in Rancho Cordova is steel not welded in your packaging hall. We rig and set with our own crews inside 600 miles. We connect the utilities. Then we stay through commissioning and close the punch list.
Our focus is minimizing downtime, eliminating trade conflicts, and protecting your operation.
What we install and build on a packaging line
| Scope | Typical work |
|---|---|
| Packaging equipment setting | Fillers, cappers, labelers, checkweighers, case packers, wrappers, palletizers |
| Conveyors and material handling systems | Belt, roller, chain, accumulation, sortation, transfer points, and guarding |
| Custom transfer and handling equipment | Purpose-built chutes, transfers, and handling machines when no catalog part fits |
| Rigging and equipment setting | Receive, offload, stage, place, set, anchor, and align. Fully in house |
| Structural steel supports and access | Machine bases, conveyor supports, mezzanines, catwalks, platforms, guardrail |
| Guarding and safety systems | Fixed guarding, interlocks, emergency stop systems, containment and safety scope |
| Utility tie-ins | Compressed air, vacuum, water, process piping, industrial plumbing, containment |
| Dust collection and air handling | Collectors, ductwork, fans, make-up air where the process needs it |
| Line relocation and reconfiguration | Moving an existing line, rebalancing layout, adding a machine to a running line |
| Commissioning support | Alongside OEM technicians, through punch-list closeout |
Industrial equipment installation and integration · Custom processing equipment design and build
What we plan around on a packaging project
- Transfer heights and floor flatness. The single most common source of field rework. We shoot elevations before anything gets set, because a 3/8-inch mismatch at a transfer becomes a jam every twelve minutes.
- Line balance and accumulation. Machines have different rates and different failure modes. The conveyance between them either absorbs that or the line stops with the slowest device.
- Changeover and service access. If a size change requires a person to stand somewhere there is no platform, the changeover time on the quote is fiction. Access gets designed with the layout.
- Guarding as one system. Individual machine guards do not make a guarded cell. Perimeter guarding, gates, interlocks, and e-stop placement get planned across the whole line.
- Utility load for the whole line, not per machine. Six machines that each need compressed air need a header sized for six machines running simultaneously, not six taps off the nearest drop.
- The old line keeps running. Sequencing, temporary barriers, and off-hours work so the current line ships while the new one goes in.
- Sanitation and washdown, where it applies. On food and beverage lines, supports and guarding get specified for the cleaning chemistry. See food and beverage processing.
- Fall protection on new elevated access. Palletizer and infeed platforms carry guardrail requirements, and in California fixed ladders over 20 ft are already in scope under Cal/OSHA 8 CCR §3277(g)(2).
Coverage for packaging operations
| Scope | Coverage |
|---|---|
| Installation, field services, and rigging | 600 miles from Sacramento |
| Preventative maintenance programs | 300 miles from Sacramento |
| Full EPC delivery | 300 miles from Sacramento |
| Engineering and design | Nationwide |
| Fabrication and shipping | Nationwide |
Custom conveyance, transfer equipment, and support steel can be designed and fabricated for a plant anywhere in the country and shipped. Field installation stays inside 600 miles.
Divisions
Related services
Industrial Equipment Installation and Integration
Industrial equipment installation inside live plants. Structural supports, rigging, utility tie-ins, and commissioning support. 600 miles from Sacramento.
In-House Rigging and Equipment Setting
Fully in-house industrial rigging. Receive, offload, stage, and set equipment with our own personnel. 600 miles from Sacramento.
Utility Tie-Ins and Process Piping
Process utility piping, industrial plumbing, secondary containment, air and environmental systems. Bundled with a project or contracted standalone.
Portfolio
Related project work
Coverage
- 600 mi
- Field services, installation, fabrication delivery, and rigging from Sacramento
- 300 mi
- Full EPC delivery and preventative-maintenance programs
- Nationwide
- Engineering, design, and fabrication for shipment
Common questions
We bought the machines already. Will you install equipment we sourced ourselves?
Yes. Installing already-purchased equipment and machinery for the end user is a defined service line within 600 miles of Sacramento, and it is a large share of our packaging work. We coordinate with each manufacturer's representative, align to their published installation requirements, and set the scope boundaries in writing between OEM responsibilities, facility scope, and installation activities before work starts.
Who builds the conveyance between machines?
We do. Conveyors and material handling systems are a defined install scope, and we also design and build custom transfer and handling equipment when no catalog component fits the geometry. Because we have engineers and fabricators under one roof, a transfer frame that does not work in the field becomes a drawing revision and a truck rather than a three-week procurement cycle.
Can you add a machine to a line that is already running?
That is the most common version of this work. It gets handled as a sequencing problem: what can be prefabricated and staged, what can be installed hot, what genuinely requires the line down, and how few hours that down portion can be compressed to. We build the plan around your production calendar, including off-hours and weekend work when the calendar demands it.
Do you handle the controls, or just the mechanical scope?
Mechanical, structural, rigging, and utility scope are ours. Controls integration is coordinated: we prepare the equipment mechanically, install safety interlocks and emergency stop hardware, and hand a machine that is wired-ready to your integrator. Your integrator writes the code. We make sure the line is set, connected, tagged, and mechanically ready for them, and we stay through commissioning to close the punch list.
How long does a packaging line installation take?
The honest answer is that the machine count matters less than the shutdown window and the state of the building. A five-machine line into a clean bay with adequate utilities is a very different project from three machines squeezed into an occupied hall with a 32-hour window and a compressed air system already at capacity. Send the layout and your available windows and we will give you a sequence, not a guess.
Do you fabricate the platforms and guarding, or do we buy those separately?
We fabricate them. Structural steel supports, platforms, access systems, and guarding are an in-house division, designed, drafted, and stamped by engineers on staff where the jurisdiction requires it. Budget ranges for standard items such as 42-inch OSHA guardrail at $165–$225 per linear foot are published in our 2026 budget price guide, fabrication only, with installation quoted after a site visit and field review.
Send the line layout and the shutdown window
A layout with machine footprints, the transfer heights if you have them, and the hours you can be down. That is enough for us to tell you where the schedule risk actually is.