Emergency Department Laboratory Casework Buildout: Queen’s Medical Center, Wahiawa, Hawaii
Queen’s Medical Center needed a full clinical laboratory buildout inside its emergency department in Wahiawa, Hawaii. Labs USA supplied SEFA 8 painted steel casework, phenolic resin work surfaces, four epoxy resin sinks, fittings, and an emergency eyewash, freighted to Oahu.
The Situation
A hospital emergency department laboratory is a different animal from a research lab. The work is STAT: chemistry panels, blood counts, blood gases, and rapid infectious disease testing, run one sample at a time, on a clock that is measured against a patient in a bay down the hall. Turnaround time is the product. Everything about the room either supports that or gets in the way.
That drives an unusual set of furniture requirements. Bench layout has to keep specimen receiving, processing, analysis, and disposal in a sequence a technologist can walk without backtracking. Every surface has to tolerate blood, urine, controls, reagents, and the disinfectants used between samples, repeatedly, for decades. Storage has to be immediately visible, because in a STAT lab nobody has time to open six doors looking for a reagent kit. And the room has to be cleanable to a clinical standard, not a light-duty office standard.
This project was a buildout of the emergency department laboratory at Queen’s Medical Center in Wahiawa, on Oahu, for the diagnostic laboratory service that operates it. Working from drawings, the package had to be specified as a complete room rather than a list of parts: casework, work surfaces, sinks, fittings, and safety provisions all coordinated to one layout.
Then there is Hawaii. Every component ships across an ocean. Anything missing, mismeasured, or damaged is not a next day replacement; it is a delay measured in weeks on a project where the department is waiting to open the room. That reality changes how a package should be specified: fewer assumptions, verified dimensions, and materials that arrive intact and stay intact in a marine climate.
The Solution
Labs USA specified and supplied the complete furnishings package from the project drawings. The casework is a powder coated inset steel cabinetry system with painted steel drawer bodies, one hundred pound full extension drawer glides, and brushed stainless steel wire pulls, independently tested to meet or exceed SEFA 8, the Scientific Equipment and Furniture Association standard for laboratory grade casework.
Three deliberate choices in this casework matter more in a STAT lab than they would anywhere else. Wall cabinets are thirteen inches deep and thirty inches tall with glass panel swinging doors, so reagent kits and supplies are identified from across the room instead of hunted for. Mobile cabinets ride on locking swivel casters with three quarter inch black phenolic resin tops, interlocking drawer glides, and counterweights, so a cabinet can be repositioned as workflow changes but will not tip when a loaded drawer is pulled out. And every painted surface is one specified colour throughout, so replacements and additions years from now still match.
Work surfaces are one inch thick black phenolic resin with a four inch tall splash where the drawings called for it. Phenolic resin is the workhorse surface for clinical laboratories: it takes disinfectants, blood, and reagents without staining or swelling, it is monolithic rather than layered so a scratch does not open a path into a substrate, and it is lighter than epoxy resin, which matters on freight to the islands. A separate heavy duty two inch square tubular steel table assembly with a one inch phenolic top, rear stretcher, side leg rails, and nylon leveling glides provides a freestanding instrument station in the room.
Four black epoxy resin drop-in sinks, eighteen by fifteen inches and eleven inches deep, were supplied with tail pieces. Epoxy resin is specified for sinks specifically because that is where the chemistry ends up concentrated. Fittings are hot and cold mixing faucets with vacuum breakers, serrated hose ends, and blade handles in a polished chrome finish, plus a laboratory style deck mounted emergency eyewash with a drench hose and backflow preventer. Blade handles are operable with a wrist or forearm when hands are gloved and contaminated, and vacuum breakers keep laboratory water out of the building’s potable supply.
Features
Advantage
The reason a clinical laboratory should be specified as a package rather than assembled from catalogue items is that the failures in these rooms are always at the interfaces. A sink that does not match the cut-out. A faucet without the vacuum breaker the plumbing inspector expects. A splash height that leaves a gap behind the top. An eyewash that needs a supply the bench does not have. Every one of those is a schedule problem, and on an island every one of them is a schedule problem measured in weeks rather than days.
Material selection is the second place experience shows. This room mixes materials deliberately: phenolic resin for bench tops because it handles clinical chemistry and disinfection at lower weight, epoxy resin for the sinks because that is where discarded reagents concentrate, painted steel for the cabinet bodies because it is the most cost effective laboratory grade structure, and stainless pulls because that is the part hands touch all day. Specifying one material for everything is either overspending or underspecifying, and in a hospital it is usually both in different places in the same room.
The last advantage is verifiability. SEFA 8 is not marketing language; it is a test standard with pass criteria for structural load, drawer and door cycle life, chemical spot resistance, and finish hardness. Independently tested casework gives a hospital facilities group something to stand behind at handover.
- Complete package specified from the project drawings, not assembled from a catalogue
- SEFA 8 tested laboratory casework rather than commercial cabinetry
- Materials matched to position: phenolic tops, epoxy sinks, steel bodies
- Fittings that satisfy laboratory water code, including vacuum breakers
- Emergency eyewash with drench hose in the room, at the wet station
- Freight to Oahu quoted and coordinated as part of the package
Compare the wider laboratory casework, cabinet, laboratory furniture, and fume hood ranges to see how a clinical room is assembled from them.
Benefits
The department gets a room built around its workflow rather than around whatever casework was available. Sequence, storage visibility, and reach were set from the drawings, which is what determines whether a technologist walks four steps or fourteen to complete a specimen.
Infection control gets surfaces and fittings that can actually be maintained: phenolic resin tops that tolerate daily disinfection, epoxy resin sinks that tolerate what goes down them, and blade handle faucets that can be operated without touching them with contaminated gloves.
Safety gets a deck mounted eyewash with a drench hose at the point of use, plus backflow protection on the water supply. In a STAT laboratory, a fixture that is in the room rather than down the corridor is the one that gets used in the ten seconds that matter.
And the hospital gets a package that arrived complete. On an island project, specifying the sinks, fittings, eyewash, tables, and casework together from one set of drawings is what avoids discovering a missing tail piece after the freight container has been unloaded.
Epoxy resin sink, mixing faucet with vacuum breaker and blade handles, and a deck mounted eyewash with drench hose: the wet station specified as one thing.
Return on Investment
The return in an emergency department laboratory is measured in turnaround time and in decades of service life. A room laid out so a technologist does not backtrack saves seconds per specimen, and a STAT laboratory runs thousands of specimens a month against a clock that a physician is watching.
The durability case is the one hospital facilities groups care about. SEFA 8 casework, phenolic resin tops, and epoxy resin sinks are specified to survive daily disinfection and clinical chemistry for the life of the room. The cheaper alternative fails at the drawer glides and the surface edges first, and replacing casework in a live emergency department is not a furniture project, it is a department shutdown.
The freight arithmetic also favours specifying carefully. On an Oahu project every omission is a second ocean shipment. Coordinating casework, tops, sinks, fittings, and the eyewash into one verified package is where the real money is saved, before anyone compares unit prices.
Project Process
Drawings and scope
Labs USA worked from the project drawings and correspondence for the emergency department laboratory at Queen’s Medical Center in Wahiawa.
Specification
Casework, work surfaces, sinks, fittings, safety fixtures, and a freestanding table assembly were specified against the layout, position by position.
Value engineering
Items the hospital did not need from us were removed before order; the wire storage shelving line was deducted from the final scope.
Approval
The proposal was executed by the laboratory service and issued against a hospital purchase order, with production released on approvals.
Production and freight
Materials were produced on a six to eight week cycle from approvals and freighted to Oahu as one coordinated shipment.
Handover
Furniture was set by the hospital’s contractor; Labs USA remains available for additions, fume hoods, extraction, and replacement components.
Supplying Clinical Laboratory Casework to Hawaii and the Pacific
Furnishing a laboratory in Hawaii is a logistics exercise as much as a specification exercise. Everything crosses an ocean, lead times stack, and a missing component is not a same-week fix. The projects that go smoothly are the ones where a single supplier specified the whole room from drawings and shipped it as one coordinated package, with fittings, tail pieces, and safety fixtures included rather than assumed.
Labs USA supplies hospitals, clinical laboratories, universities, and industrial laboratories in Hawaii, Alaska, and the Pacific from Salt Lake City. Clinical work is our core: emergency department and STAT laboratories, blood banks, microbiology, clinical chemistry, and outpatient collection space. See laboratory casework, laboratory cabinets, work surfaces and laboratory furniture, laboratory tables, fume hoods, and extraction arms.
If you are furnishing a laboratory anywhere freight is the hard part, call (801) 855-8560. Send drawings and we will specify the room, quote it with freight to your port or door, and tell you what is missing from the drawings before it becomes a delay.
Frequently Asked Questions
What is SEFA 8 casework and why does it matter in a hospital lab?
SEFA 8 is the Scientific Equipment and Furniture Association standard for laboratory casework, covering structural load, drawer and door cycle life, and chemical and finish resistance. Casework independently tested to it is verified laboratory grade rather than office furniture with a laboratory description.
Why phenolic resin work surfaces in a clinical laboratory?
Phenolic resin tolerates blood, urine, reagents, and repeated disinfection without staining or swelling, is monolithic so damage does not expose a substrate, and is lighter than epoxy resin, which reduces freight cost on island projects.
Why epoxy resin sinks rather than stainless steel?
Sinks concentrate everything the laboratory discards. Epoxy resin resists acids and stains that pit and discolour stainless over time, and it is the standard laboratory drop-in sink material.
What does a vacuum breaker on a laboratory faucet do?
It prevents back-siphonage from laboratory equipment or a filled sink into the building’s potable water supply, which is a code requirement in laboratory water service.
Why blade handles on laboratory faucets?
They can be operated with a wrist or forearm, so a technologist with contaminated gloves does not have to grip the handle to get water.
Why mobile cabinets with counterweights?
Counterweights and interlocking drawer glides keep a rolling cabinet stable when a loaded drawer is opened, so workflow can be rearranged without creating a tipping hazard.
Can Labs USA ship laboratory casework to Hawaii?
Yes. This project was freighted to Wahiawa on Oahu, quoted with freight to the island as part of the package.
How long does a laboratory casework package take to produce?
This buildout was quoted at six to eight weeks from all approvals, plus ocean freight. Confirming drawings early is what protects that schedule.
Do you supply installation?
Installation was not part of this package; the hospital’s contractor set the furniture. Labs USA can quote installed projects where that is preferred.
Building or Renovating a Hospital Laboratory?
Labs USA specifies complete clinical laboratory packages from your drawings: SEFA 8 casework, phenolic and epoxy surfaces, sinks, fittings, and safety fixtures, shipped anywhere including Hawaii and Alaska.