BendPak Mid Rise Scissor Lift Buyer’s Guide: Sequencing Your Ames Garage Build-Out

A body shop foreman in Ames called us mid-renovation, oil pan already off the shelf and a new fluid service bay half-built, asking the question we hear from almost every shop mid build-out: where does the bendpak mid rise scissor lift actually go in the construction sequence, and are we doing this in the right order? It’s a fair worry. Get the sequencing wrong — pour concrete before you know your bolt pattern, or run electrical before you’ve picked a model — and you’re redoing work you already paid for. We put together this buyer’s guide to walk you through it in the order that actually saves you money.

Step One: Pick the Lift Before You Pour Anything

The single most common mistake we see in a garage build-out is pouring the floor slab or laying out bays before the lift model is chosen. Every mid-rise unit has different footprint dimensions, different anchor bolt patterns, and different minimum concrete thickness and cure requirements. A bendpak mid rise scissor lift built for oil changes and fluid service typically needs less floor prep than a full-rise two-post, but it still has a spec sheet, and pouring first means you’re gambling that whatever you pick later will happen to fit.

For a foreman planning an Ames build-out around oil change and fluid work specifically, this step is even more important because bay spacing gets tight fast. You want enough clearance around the lift for a technician to walk the full perimeter with a drain pan, plus room for a parts cart and tool chest without knocking into support columns. Get your model picked, get the exact footprint and clearance numbers from the spec sheet, and only then finalize your bay layout on paper.

Step Two: Confirm Floor Thickness and Condition Before Installation

Once you know which model you’re installing, the next step is a real floor assessment — not a guess. Most mid-rise lifts need a minimum slab thickness, usually in the four-inch range with properly cured concrete, and older Ames buildings sometimes have floors that don’t meet that spec in every bay, especially near original construction seams or old drain lines. We’ve walked into more than one build-out where the owner assumed the existing slab was fine, only to find a section too thin or too cracked to anchor safely.

If your floor doesn’t meet spec, you’re looking at a partial re-pour before installation, and that needs to happen early in the sequence, not as an afterthought after cabinetry and lighting are already in. We always recommend a floor check as part of the initial site visit, before any lift is ordered, so you know your total project cost upfront instead of discovering a concrete problem halfway through the build-out.

Step Three: Rough In Electrical and Air Before Final Placement

Most mid-rise units run on standard shop power, but you still want your electrical rough-in planned around the final lift position, not guessed at. Twin-cylinder hydraulic units typically need a dedicated circuit near the power unit, and if you’re running impact tools, air ratchets, or a fluid evacuation system off the same bay, your air line drops need to be positioned so hoses aren’t stretched across the lift’s travel path or its scissor mechanism.

This is the step where a lot of Ames shops try to save money by rough-in wiring everything before the lift arrives, based on a rough guess of where it’ll sit. We’d rather you wait until the model is confirmed and the footprint is marked on the floor in tape before an electrician runs conduit. It costs a little patience, but moving a conduit run before drywall is a lot cheaper than moving it after.

Step Four: Sizing for Oil Changes and Fluid Service Specifically

Not every mid-rise lift is sized the same way, and for a bay dedicated to oil changes and fluid service, you don’t need the tallest or heaviest-duty unit on the market — you need the right clearance and the right lock positions. A technician doing fluid work wants a height that lets them stand comfortably under the vehicle without crouching, and lock positions spaced every couple of inches so you can dial in exactly the working height for a given vehicle rather than settling for all-the-way-up or all-the-way-down.

Capacity matters too, but less dramatically than people assume. Most oil change and fluid bays never see anything heavier than a full-size pickup or a work van, so a mid-rise in the 6,000 to 10,000 lb range covers the vast majority of vehicles that’ll ever sit on it. Going heavier than you need just adds cost without adding capability you’ll use. We walk every Ames customer through their actual vehicle mix before recommending a capacity tier, because overbuying capacity is one of the most common wastes of budget we see in these build-outs.

Step Five: Order Timing and Lead Times in the Build-Out Schedule

Lift lead times fluctuate, and in-stock units move a lot faster than special-order configurations. If your Ames build-out has a hard opening date, we recommend locking in your lift order as early as possible in the sequence — ideally right after floor assessment — so you’re not stuck waiting on freight while the rest of the shop sits finished and empty. We’ve seen build-outs stall for weeks purely because the lift was ordered last, treated like a final furnishing instead of the structural centerpiece of the bay it actually is.

Delivery also needs a plan. Most shops don’t have a forklift on-site, and mid-rise units, while lighter than full two-post lifts, still need proper equipment to unload and position. Factor delivery logistics into your schedule the same week you place the order, not the week the truck shows up. A little coordination here avoids a lift sitting on a pallet in the parking lot for days.

Step Six: Installation and Final Walkthrough

Installation itself is usually the fastest part of the whole build-out once everything upstream is done correctly. Anchoring, leveling, hydraulic hookup, and a full safety cycle test typically happen in a single visit for a mid-rise unit, assuming the floor and utilities were prepped correctly in the earlier steps. This is also the point where we walk the foreman or shop owner through lock positions, load limits, and daily inspection points so the crew starts using the equipment correctly from day one.

We always recommend scheduling installation with a few days of buffer before your planned opening, not the day before. It gives you room to troubleshoot anything minor — a slightly uneven floor pad, a fine-tune on the safety release — without pressure. Rushing this last step after doing everything else right is how good build-outs end with an avoidable scramble.

Bringing It Together: A Sequencing Checklist

To recap the order that actually works: pick your model and get exact specs, assess and prep the floor, rough in electrical and air to the confirmed footprint, size the lift correctly for oil change and fluid work rather than overbuying capacity, order early enough to beat lead times, plan delivery logistics, and schedule installation with buffer before opening day. Skip a step or do them out of order and you end up paying twice — once for the mistake, once for the fix.

For an Ames body shop foreman managing a build-out on a schedule, this sequence is the difference between a bendpak mid rise scissor lift that’s ready to work the day the doors open and a bay that sits half-finished while everyone waits on a problem that should’ve been caught in step one. We’ve walked enough shops through this process to know the order matters as much as the equipment itself, and we’re glad to run through your specific layout before you pour a single yard of concrete.