Concrete Sawing, Cutting and Coring in Abilene, Texas

Every renovation in an occupied building starts with a hole that was not in the original drawings: a new drain line through a slab, a door opening in a bearing wall, a conduit through a footing. Cutting and coring concrete lets those changes happen precisely, with clean edges and without the vibration that breaking and chipping would send through the structure. We saw, cut and core concrete for hospitals, water plants, schools, industrial floors and public works across Abilene and the Big Country.

The work is straightforward only when the layout is right. Before a blade touches concrete we scan for reinforcing, post-tensioning tendons, conduit and embedded pipes, then mark cut lines and confirm them with the engineer or the owner's representative. A cut through a tendon or a main feed can cost far more than the project it was meant to serve.

That is why we treat scanning, marking and a signed cut plan as steps that come before cutting, and why the concrete trade partners carry the equipment to handle dust and slurry so the building around them stays in use.

Owners who call for cutting

Healthcare owners schedule cutting during renovations of patient floors, imaging suites and central plants. Hendrick Health announced an $80 million expansion called Project 2010 that included a four-story patient tower, new surgery facilities, Hendrick Children's Hospital and a physician office building, and projects of that kind create years of follow-on tenant improvements that need openings, trenches and equipment penetrations.

Municipal and public works owners use cutting for pavement repairs, utility connections and joint restoration. Industrial owners cut trenches in floors for conveyors, drains and power, and school owners use coring for data and plumbing upgrades in occupied buildings.

Where we cut across the region

Historic downtown Abilene sits north of the former Texas and Pacific tracks, now part of the Union Pacific mainline, and the growing SODA district lies south of them. Older downtown buildings have thick floors and walls, mixed materials and tight alleys, and cutting there calls for careful scanning and low-vibration methods.

We mobilize crews to downtown Abilene, the rest of the city and nearby towns, bringing the saws, drills and water control the job requires. Rural sites may need generators and water supply, which we plan for in advance, and we ask early whether the building has a floor drain or a sump where slurry can be collected and pumped out. Alleys downtown also limit truck access, so we measure doorways and elevators before we promise that a particular saw can reach a particular room.

Cutting as part of a larger scope

Cutting seldom stands alone. A new opening may be followed by selective demolition, a patch back with repair work, or new framing and footings built with formwork and rebar placement.

In road and utility projects, saw cuts define the edge of a removal area so the remaining pavement is not damaged. Pavement saw cuts are made straight and square to the traffic lane so patches can be formed cleanly. Contraction joints are also cut into new slabs at the proper time, and we coordinate with the finishing crew to hit the window between too early, when edges ravel, and too late, when cracks form first.

Scan, mark, confirm, cut

Our sequence is deliberate. First we scan the slab with radar or a rebar locator. Then we mark every cut line and note what the scan found. We review that markup with the owner or engineer, walk the area with the superintendent so that everyone agrees on which side of each line is staying, obtain any necessary sign-off, and only then begin cutting.

After cutting, we remove slurry, check dimensions and photograph the opening. If we encounter unexpected steel, we stop and report. A cut plan is a record, and we include it in the closeout binder with notes on what was removed and how.

Silica, slurry and structural stability

Cutting concrete releases silica dust, so we use water-fed saws, vacuum shrouds and respiratory protection where needed. Slurry is captured and disposed of properly, not washed into drains. Noise and vibration are managed with the building occupants in mind, and schedules for loud work are agreed ahead of time.

Large cuts change how loads travel through a structure. When we cut wall or floor openings that matter structurally, we confirm the engineer's shoring plan, and we do not release a cut piece until it is secured. Lifting and removal use proper rigging, and the area below is cleared.

Buildings that need openings and trenches

Hospitals need quiet, dust-controlled cutting near patients. Manufacturing plants cut trenches and pits for new lines. Schools need cutting scheduled outside class hours, and water treatment plants such as the $30.3 million Northeast Water Treatment Plant rehabilitation that the City of Abilene lists in its design phase will involve openings in thick walls and slabs.

Each building has its own constraints on access, hours and cleanliness, so we ask about them before the first visit.

Concrete cutting and specialist trade interfaces

The concrete trade partners operate slab saws, wall saws, wire saws and core drills, and handle the cutting, slurry control and removal of cut pieces. For specialty tasks like radar scanning beyond our own tools or structural engineering review, we coordinate trade partners and share results with the owner.

We also coordinate with plumbers, electricians and mechanical trades so openings are cut to the sizes they need, with enough room for sleeves and firestopping. A conversation at the beginning prevents a second visit later. Where a cut piece will leave the building, we also confirm the route, the floor loading along it and the hauling plan so that a heavy slab section does not damage finished corridors on its way out.

Mark the cut locations and send them over

Send the drawings or photos with the openings you need. We will scan, confirm the layout with your engineer, and schedule the cutting around building hours, shift changes and any quiet periods your tenants or patients require. Tell us about access, water and power on site so we arrive with what the job needs.

Common Questions

Can you cut concrete that has post-tensioning cables?

Not until every tendon is located and the engineer signs off. Cutting a stressed tendon is dangerous, so we scan, mark and coordinate before any cut near one. Where a layout puts an opening close to a tendon, we often move the opening a few inches rather than risk the slab, and we record the revised location on the cut plan.

How accurate are core hole locations?

With the drilling rig braced and a clear layout, holes land very close to the marked center. The scan result and the owner's layout decide whether the position is possible.

Is cutting messy?

Wet cutting creates slurry, which we contain and remove. Dry cutting with vacuum capture creates less water but needs excellent dust control. We choose the method that suits the room, taking into account air handlers, nearby equipment and whether the space can be isolated with plastic barriers and negative air.

What thickness can you cut?

Wall saws and wire saws handle thick sections that ordinary slab saws cannot. The limit depends on access, equipment and the structure, and we describe the options for each case.

Do cuts need engineering approval?

Cuts in structural members, shear walls and elevated slabs normally do. Small cores in slabs on grade often do not, but we ask for the owner's direction and keep it in the file.