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Adams
Capability · Pillar 01

Fluid power, deeper than the catalog.

Sixty-five years of pneumatic and hydraulic engineering — from a single push-to-connect fitting to a complete custom power unit.

Engineer specifying a custom hydraulic manifold
01

What we mean by fluid power

Fluid power is everything that moves a manufacturing line by way of compressed air or pressurized oil — the cylinders that push, the valves that direct, the pumps that supply, the manifolds that consolidate, the regulators that condition. Most manufacturers we work with don't think of their plant in those terms; they think in terms of the line that's bottlenecking, the air bill that's climbing, the press that's slowing down. Our job is to translate the symptom into the system.

When you walk into our Tampa shop, you'll see a custom hydraulic skid being built for a citrus packer next to a manifold for an aerospace fastener line next to a 200-fitting kit being staged for a same-day delivery. That range is the point. The customer who needs us to spec a single quick-disconnect today is the same customer who'll call us in eighteen months when their press hydraulics start eating seals — and we want both calls.

02

Where we go deep

We carry full lines from MAC Valves, Bimba, Camozzi, Festo, Numatics, Norgren, Parker, Eaton, Ross Controls, and a half-dozen smaller specialty houses. Stocking depth is real: 4,200 SKUs at our Tampa branch, two-day fulfillment from manufacturer for anything we don't carry. But what separates us from the catalog is the engineering layer in front of it. Every order over $5,000 is reviewed by an application engineer before it ships, not because we want a sales gate but because we don't want to send the wrong thing.

On the build side, the shop is tooled for low- to mid-volume custom work: hydraulic power units to 150 hp, manifold blocks up to 24-station cartridge-valve, pneumatic skids and FRL clusters, vacuum manifolds, and specialty assembly work that the customer's own maintenance team doesn't have the bench to do in-house. We pressure-test, instrument, and document every assembly. We deliver with as-built drawings, parts schedules, and a serial number that ties back to our build record for the life of the unit.

03

Reliability is a fluid-power problem first

Most of the reliability work we do — air-leak surveys, fluid analysis, pressure-drop diagnostics, valve cycle-counting — starts with the fluid-power side of the plant because that's where the dollar leakage is loudest and most measurable. A compressed-air leak is a kilowatt-hour you bought and threw away. A 2 °F oil temperature creep is a seal you'll change in eighteen months instead of forty-eight. We can put a number on those, and we can tell you whether it's worth chasing.

The Customer Profit Reinforcement® methodology grew out of this. The opportunities in a typical plant audit are 65% fluid-power-related — air leaks, undersized lines, oversized cylinders cycling against soft stops, pressure-regulators set to the conservative-by-default 100 psi when 65 would do. Hard dollars, easy verifications. We rank them, document them, and let the customer decide whether to swing for the eight-figure capital or pick the low-hanging fruit first. Most pick the fruit.

04

Custom power units & manifolds

About 30% of our fluid-power revenue is custom-built engineered assemblies. The decision tree we walk customers through:

— Is this a single-application skid that will live in one place for fifteen years? Custom power unit, sized for the actual load, instrumented for the failure modes you care about.

— Is this a manifold consolidating eight or more valves with shared pressure feed? Cartridge-valve manifold, machined from a single billet, will save you twelve hose-and-fitting joints.

— Is this a duplicate of a unit you've installed twenty times in twenty different plants? You probably want a value-added kit from us — pre-tested, pre-documented, ready to install — rather than a fully bespoke build.

We'll tell you which one fits your situation. Sometimes that costs us a sale. We're playing a longer game.

05

Fluid analysis & condition monitoring

Routine oil sampling and analysis is the cheapest preventive maintenance program in any plant we work with, and most plants don't run one. We offer a quarterly sampling program for hydraulic systems — particle count, water content, additive depletion, wear-metal spectrography — with a one-page actionable report on each sample. No 40-page printouts you'll never read. If something's trending wrong, we'll call you. If everything's fine, the report says "everything's fine." We charge for the analysis, not for telling you to worry.

Manufacturer partners

Lines we know inside out.

Every brand below is one we’ve specified, built into a custom assembly, supported in the field, or trained customers on. Stocking depth varies; engineering depth doesn’t.

MAC
BIMBA
Camozzi
FESTO
Numatics
Norgren
Parker
Eaton
ROSS
PISCO
VACCON
Typical applications

Where this capability shows up.

Services that deliver this

How this capability turns into work on your floor.

Field-tested

Recent fluid power work.

The numbers come from invoiced engagements. The narrative comes from the engineers who walked the floor. The customer profiles are anonymized at customer request.

Frequently asked

Questions we hear most

The other pillar

Industrial Automation

Robotics, machine vision, motion control, and safety systems — turnkey cells from concept to commissioning, built and tested in our Tampa shop.

Universal Robots · Robotiq · Cognex · Banner · Allen-Bradley · Schmalz
Get on the schedule

Have a problem on a line right now?

Tell us where it hurts. A senior application engineer will respond within one business day — same-day for true downtime emergencies.

On-site responseSame day in the Tampa Bay area
Average audit2 days on the floor · 10-day report
Engineering staff27 application & field engineers
LanguagesEnglish & Spanish, in-territory