Outfitting an automotive shop is not one purchase — it is a dozen. Lifts, alignment systems, tire equipment, brake lathes, air compressors, fluid handling, exhaust extraction, workbenches, and the infrastructure that connects everything. Most shops end up coordinating multiple vendors, multiple installers, and multiple schedules — and hoping that the compressor guy and the lift guy do not contradict each other about where the air lines should run.
At Auto Lift Services, we handle the full equipment installation for automotive shops across Iowa. Lifts, compressors, fluid systems, alignment equipment, tire machines — we install it all as one coordinated project instead of six separate jobs that have to work around each other.
Why Single-Source Installation Matters
When one company installs all your equipment, the installation is planned as a system rather than as individual pieces. The air compressor location is chosen with the air line routing to every bay already mapped out. The lift placement accounts for the alignment system positioning. The fluid handling piping runs are planned before the lifts go down — not after, when the lifts are in the way.
The alternative — separate installers working on separate schedules — creates conflicts. The lift installer anchors the lift in a position that blocks the optimal air line route. The compressor installer runs lines before the fluid handling installer needs to cross the same ceiling space. The alignment installer discovers the lift is 6 inches too far back for the camera tower.
One installer, one plan, one schedule. Equipment goes in the right order, in the right position, with every system accounting for every other system.
What a Complete Installation Covers
Site Assessment
Before any equipment is ordered, we assess the building:
Concrete. Every piece of anchored equipment needs concrete that meets minimum thickness and compressive strength requirements. We test the slab at every planned anchor location. Iowa’s older buildings are the most likely to have concrete issues — many were built with thinner slabs or lower-grade concrete than modern equipment requires.
Electrical capacity. Lifts, compressors, tire machines, and alignment systems all need dedicated circuits. We map the total electrical load of the planned equipment against the building’s service capacity. Shops in older buildings frequently need electrical panel upgrades to support modern equipment loads.
Air supply. Pneumatic equipment — tire machines, alignment rack lock releases, air tools — all draw from the compressor. The compressor must be sized for the total CFM demand of the shop, with headroom for peak loads when multiple bays are using air tools simultaneously.
Drainage. Fluid handling systems, lift pits (for in-ground and flush-mount scissors lifts), and compressor condensate all need drainage provisions. Iowa’s water table and seasonal moisture make drainage planning essential for any below-floor work.
Bay layout. Vehicle flow, technician workflow, parts access, and customer visibility all factor into where equipment goes. We plan the layout with the shop owner to optimize the actual work that happens in the space.
Installation Sequence
Equipment installs in a specific order to avoid conflicts:
- Below-floor work first. In-ground lift pits, floor drains, in-floor PVC conduit for hydraulic lines and wiring. This happens before anything else touches the floor.
- Overhead infrastructure. Air lines, fluid lines, exhaust extraction, and electrical runs through the ceiling or along walls. These go in while the floor is clear and access is easy.
- Major equipment. Lifts, compressors, and alignment systems are positioned, leveled, and anchored. Each piece accounts for the overhead infrastructure already in place.
- Connected systems. Fluid dispensing equipment, tire machines, brake lathes, and other equipment that connects to the overhead infrastructure or to the major equipment.
- Final connections and testing. Every system gets connected, tested, and verified. Lifts cycle through full raise-lower-lock tests. Air pressure is verified at every drop. Fluid dispensing is tested at every reel. Alignment cameras are calibrated to the installed lift position.
Training
Every installation ends with hands-on training for the shop’s staff. Each piece of equipment has specific operating procedures, maintenance requirements, and safety considerations. We walk through all of it on-site with the people who will use the equipment daily.
We also provide the maintenance schedules and checklists that each piece of equipment needs. A compressor needs different maintenance than a lift, which needs different maintenance than a tire machine. Having all of those schedules from one source, coordinated on one calendar, makes compliance realistic instead of aspirational.
New Construction vs. Existing Buildings
New Construction
Installing equipment during new construction is ideal. The floor has not been poured yet, so in-floor conduit, pit excavation, and drain routing happen as part of the construction — not as expensive retrofits. Electrical service is sized for the planned equipment load from the start. Ceiling heights and bay widths are designed for the equipment, not the other way around.
We work with builders and general contractors during the design phase to specify equipment locations, electrical requirements, air and fluid routing, and floor specifications. This coordination prevents the builder from making decisions that create equipment problems later — like pouring concrete too thin, placing structural columns where a lift needs to go, or running HVAC ductwork through the space the alignment camera tower needs.
Existing Buildings
Most of our installations are in existing buildings where the shop is replacing old equipment or adding capacity. These installations require working around constraints — existing concrete, existing electrical, existing ceiling infrastructure, and the reality that the shop may need to keep operating in adjacent bays during the installation.
We plan these installations to minimize disruption. If possible, we install in phases — one bay at a time — so the shop maintains partial production throughout the project. Off-hours and weekend installation is available for shops that cannot afford weekday downtime.
Equipment We Install
- 2-post lifts, 4-post lifts, scissors lifts, mid-rise lifts, in-ground lifts, mobile columns
- Alignment systems — lift and alignment equipment as an integrated unit
- Tire changers and wheel balancers
- Brake lathes — on-car and bench
- Air compressors and distribution piping
- Fluid handling systems — oil, grease, DEF, coolant, waste oil
- Exhaust extraction systems
- Shop furniture and workbench systems
Shop Equipment Installation Across Iowa
Auto Lift Services installs shop equipment across the entire state of Iowa. Whether you are building a new shop from the ground up, renovating an existing space, or adding equipment to expand capacity, we handle the full installation as one coordinated project.
Call us at 800-674-9302 or email info@autoliftserv.com to discuss your project, schedule a site assessment, or get a quote on a complete installation package.
Our Clients Include: