Eagan Kitchen and Bath Remodeling delivers commercial and residential bathroom remodeling in Eagan, MN, with 20 years of specialized experience in bathroom renovations, shower construction, vanity installation, and tile work. Our licensed technicians work with porcelain tile, ceramic tile, natural stone, quartz, solid-surface materials, moisture-resistant cabinetry, cement backer board, and waterproofing membranes selected according to the bathroom's construction requirements. Each renovation is planned around plumbing locations, fixture dimensions, floor conditions, wall construction, ventilation, drainage, and moisture exposure to maintain proper installation standards.
Our bathroom remodeling services include complete bathroom renovations, shower renovations, tub-to-shower conversions, vanity installation, bathroom cabinet replacement, countertop installation, backsplash installation, floor tile installation, wall tile installation, and accessibility improvements. Shower systems can incorporate waterproof backer assemblies, bonded waterproofing membranes, properly sloped shower floors, linear or point drains, and porcelain or ceramic tile finishes. Vanity installations are measured for plumbing clearance and countertop fit, with quartz and other low-maintenance surfaces available for areas exposed to regular moisture.
Before construction, we inspect the existing bathroom to evaluate subfloor conditions, wall surfaces, plumbing connections, drainage, electrical locations, ventilation, and areas affected by previous moisture exposure. Shower floors are prepared with the required slope toward the drain, while waterproofing assemblies are installed at shower walls, niches, corners, seams, and other wet-area transitions to reduce the risk of water intrusion behind finished surfaces.
Our repair and renovation work addresses cracked or loose tiles, deteriorated grout, damaged vanity components, leaking shower areas, worn countertops, failing caulk joints, and moisture-damaged finishes. We determine whether the affected component can be repaired or requires replacement, allowing serviceable materials to remain in place while correcting the underlying installation or moisture-related problem.
A standard bathroom remodeling project typically takes 7–14 days, depending on the scope of demolition, tile work, plumbing changes, cabinetry, and fixture installation. Projects requiring extensive structural repairs or custom-fabricated components may require additional time.
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Shower renovation services improve outdated enclosures through controlled demolition, substrate correction, waterproofing, drainage preparation, and installation of new wall and floor surfaces. Bathroom remodeling installers use laser levels, wet saws with diamond blades, oscillating multi-tools, impact drivers, mixing paddles, notched trowels, and waterproofing application tools to maintain accurate slopes and surface alignment. Shower systems may incorporate cement backer board, foam waterproofing panels, liquid-applied membranes, porcelain tile, ceramic tile, quartz wall panels, stainless-steel drains, and corrosion-resistant fasteners according to the design requirements.
The existing enclosure is inspected for moisture damage, deteriorated backing, improper slopes, and failed sealants before removal begins. Shower floors are formed with an appropriate mortar bed or prefabricated shower pan, while waterproofing membranes are carried through corners, seams, penetrations, and transitions to limit water intrusion behind the finished surface. Drain locations, curb elevations, niche placement, and shower valve positions are coordinated before wall finishes are installed.
Tile or panel surfaces are set with manufacturer-compatible adhesives and carefully aligned around plumbing fixtures, niches, benches, and enclosure edges. Grout joints are sized according to the selected tile, while flexible sealant is applied at movement joints and changes of plane where rigid grout could crack. Final checks verify waterproofing continuity, drainage slope, tile adhesion, joint consistency, fixture clearances, and properly sealed transitions.

Custom bathroom vanity installation provides organized storage and a properly supported base for sinks, countertops, faucets, and plumbing connections. Cabinet-grade plywood, moisture-resistant MDF, solid hardwood, engineered wood, quartz, solid-surface materials, and durable laminate finishes can be specified according to the vanity design and expected bathroom conditions. Installation equipment includes laser levels, stud finders, cabinet clamps, precision drills, impact drivers with adjustable torque, shims, hole saws, and plumbing layout tools.
The vanity location is established from finished wall dimensions, floor elevations, drain positions, water supply lines, door swings, and required clearance around the sink and surrounding fixtures. Base units are leveled with composite or hardwood shims and anchored through suitable structural points to prevent movement during countertop and plumbing installation. Cutouts for supply lines and drains are measured before drilling so penetrations remain clean and accessible without weakening critical cabinet components.
Countertops are templated around sink openings, backsplash transitions, wall conditions, and required overhangs before fabrication and installation. Soft-close hinges, full-extension drawer slides, adjustable shelving, integrated organizers, and concealed mounting hardware can be incorporated to improve storage performance and everyday access. The completed vanity is checked for level, secure fastening, drawer operation, countertop support, plumbing clearance, and clean wall-to-counter transitions.

Bathroom tile installation creates durable wall and floor surfaces designed to withstand repeated exposure to moisture, cleaning products, temperature changes, and everyday foot traffic. Porcelain, ceramic, natural stone, and other approved tile products are installed using wet saws, diamond blades, manual cutters, laser levels, tile spacers, grout floats, mixing paddles, and notched trowels matched to the installation requirements. Tile selection considers water absorption, surface texture, dimensions, slip resistance, thickness, and compatibility with the intended substrate.
Floor and wall substrates are examined for flatness, structural stability, and moisture-related deterioration before setting materials are applied. Cement backer board, uncoupling membranes, waterproofing membranes, or manufacturer-approved tile substrates may be incorporated where required by the application. Layout lines are established from visible reference points so grout joints remain consistent around vanities, toilets, tubs, showers, doors, corners, and floor penetrations.
Thin-set mortar is selected according to the tile material and substrate, with coverage maintained across the bonding surface to reduce hollow areas and improve adhesion. Grout type and joint width are selected based on tile characteristics, exposure conditions, and manufacturer specifications, while flexible sealant is used at movement joints and changes in plane. Final installation checks cover tile alignment, lippage, grout consistency, perimeter transitions, cut accuracy, surface cleanliness, and finished edge protection.

Bathroom fixture and finish installation integrates faucets, sinks, toilets, mirrors, accessories, lighting components, trim, and other finishing elements into the completed remodeling layout. Precision drills, hole saws, adjustable torque drivers, basin wrenches, levels, silicone application tools, and plumbing hand tools support accurate fixture positioning and controlled connections. Materials may include brass or stainless-steel plumbing components, braided supply lines, ceramic fixtures, tempered mirrors, corrosion-resistant hardware, and moisture-rated finishing products.
Fixture locations are coordinated with finished wall dimensions, cabinet positions, plumbing rough-ins, electrical points, and required operating clearances before permanent installation. Compression fittings, threaded connections, manufacturer-approved connectors, and appropriate sealants are selected according to each plumbing component rather than applying a single connection method throughout the room. Wall accessories are anchored to suitable backing or approved mounting systems so towel bars, shelves, mirrors, and similar fixtures remain stable during repeated use.
Faucets and supply connections are checked for proper seating, alignment, water flow, and leakage before the work area is released for final use. Toilet bases are positioned on properly prepared finished floors and sealed according to the fixture manufacturer’s requirements, while mirrors and accessories receive accurate leveling and secure attachment. Final inspection covers fixture operation, visible connections, hardware alignment, sealant joints, finish protection, and cleanliness.
The bathroom remodeling process begins with a detailed evaluation of the existing bathroom structure, plumbing layout, ventilation, electrical components, wall surfaces, flooring, and moisture-prone areas. We use laser measurement tools, digital levels, moisture meters, stud finders, and inspection equipment to identify substrate irregularities, water damage, deteriorated joints, and installation conditions that may affect the renovation. Shower dimensions, vanity clearances, toilet positioning, door swings, plumbing locations, and available wall space are documented to establish accurate construction requirements.
The renovation layout is then developed around the selected shower configuration, vanity dimensions, tile pattern, plumbing fixtures, storage requirements, and available floor area. Existing water supply and drain locations are reviewed before determining whether fixture relocation, new shutoff valves, drain modifications, or supply-line adjustments are necessary. Detailed measurements establish tile quantities, shower pan dimensions, niche placement, waterproofing coverage, vanity clearances, and transitions between finished surfaces.
Materials are selected according to moisture resistance, cleaning requirements, structural performance, and the intended bathroom design. Shower systems may incorporate cement backer board or approved waterproof building panels, liquid or sheet waterproofing membranes, prefabricated shower pans, porcelain tile, ceramic tile, natural stone, and mold-resistant grout. Vanity installations can include moisture-resistant cabinet materials, quartz or solid-surface tops, undermount or vessel sinks, and corrosion-resistant plumbing hardware suited for regular bathroom exposure.
Shower construction focuses on creating a properly sloped, sealed, and waterproofed enclosure before tile installation begins. We prepare the shower walls with approved cement backer board or waterproof construction panels, maintaining proper fastener spacing and reinforcing areas where shower valves, grab bars, niches, and accessories require secure attachment. The shower floor is formed with an appropriate slope toward the drain, preventing standing water beneath the finished tile surface.
Waterproofing is applied across shower walls, corners, seams, penetrations, and floor transitions using a compatible sheet membrane or liquid-applied waterproofing system. We reinforce inside corners and board joints with manufacturer-approved waterproofing components while sealing plumbing penetrations around shower valves, mixing controls, and pipe outlets. Shower niches receive dedicated waterproof treatment at their corners and transitions to reduce the risk of moisture migration behind the finished wall system.
The completed waterproofing assembly is checked for continuous coverage, properly sealed penetrations, secure transitions, and adequate drainage before tile work proceeds. Shower pans and drains are aligned so the finished tile maintains positive drainage without creating low spots around the drain opening. Final wet-area preparation also includes verifying wall plumb, substrate stability, drain positioning, and surface readiness for thin-set mortar and tile installation.
Tile installation begins after the waterproofed substrate has been inspected and prepared for the selected tile format and layout. We establish reference lines using laser levels and layout tools to control tile courses, corner alignment, niche positioning, shower-floor patterns, and transitions between walls and flooring. Polymer-modified thin-set mortar or another manufacturer-approved setting material is applied at the required coverage depth, with tile placement adjusted to maintain consistent joints.
Porcelain and ceramic tiles are cut using wet saws and precision tile tools to accommodate corners, plumbing penetrations, niches, drains, and fixture openings. We use appropriate trowel sizes and back-buttering techniques where required to improve mortar coverage, particularly for larger-format wall and floor tiles. Spacers and leveling systems help maintain consistent joints and reduce lippage across finished surfaces while movement joints are incorporated where required by the installation conditions.
Grout is selected according to joint width, location, and moisture exposure, with cementitious, high-performance, or epoxy grout used where appropriate for the specified application. We seal compatible grout and stone surfaces when required by the material manufacturer, paying particular attention to shower corners, floor transitions, countertop interfaces, and plumbing penetrations. Finished tile surfaces are cleaned of mortar residue and grout haze before the bathroom moves into fixture and finishing installation.
Vanity installation begins by verifying the finished wall dimensions, floor level, plumbing rough-ins, sink location, and countertop dimensions against the selected cabinet configuration. We position the vanity using a level and secure it to appropriate wall framing while maintaining clearance for supply lines, drain assemblies, drawers, doors, and adjacent fixtures. Cabinet materials are selected for bathroom conditions, with moisture-resistant engineered panels, plywood construction, durable laminates, or finished hardwood components used according to the project specification.
Countertops are installed after the vanity base has been secured and checked for level and support. We coordinate quartz, granite, solid-surface, or other approved countertop materials with sink cutouts, faucet holes, backsplash transitions, side splashes, and wall irregularities. Sink assemblies are secured using compatible mounting systems and sealants, while faucet components and drain openings are positioned to match the completed countertop configuration.
Final plumbing coordination connects the sink, faucet, supply lines, shutoff valves, drain trap, and waste connection within the completed vanity assembly. We inspect accessible plumbing joints for proper alignment and leakage while ensuring drawers, doors, shelving, and cabinet hardware operate without interference from plumbing components. The finished bathroom is reviewed for fixture stability, sealant continuity, tile condition, vanity alignment, countertop fit, drainage, and overall installation quality in Eagan, Minnesota.
Our bathroom remodeling service in Eagan, MN includes shower renovations designed around existing plumbing locations, available floor area, drainage requirements, and daily use. Shower layouts can incorporate low-maintenance wall systems, properly sloped shower floors, recessed niches, corner shelving, shower benches, and compatible glass enclosures according to the project design. We evaluate the existing shower structure before installation to identify damaged substrates, moisture exposure, outdated fixtures, and conditions that could affect the new assembly.
Shower walls and floors require appropriate waterproofing beneath the visible finish to protect the surrounding structure from recurring moisture exposure. Tile installations can use properly prepared cement-based backer boards, waterproof membranes, thin-set mortar, and compatible grout systems according to the selected assembly. Shower floors are formed with adequate drainage slope toward the drain so surface water moves efficiently away from the finished wall and floor surfaces.
Fixture placement is coordinated with the shower configuration to maintain practical clearance and consistent installation heights. Shower valves, handheld systems, rain showerheads, controls, and recessed storage are positioned according to the approved layout and existing plumbing conditions. This approach provides a shower area that combines water management, accessible controls, durable finishes, and efficient use of the available bathroom footprint.
Vanity installation is planned according to bathroom dimensions, sink configuration, plumbing locations, storage requirements, and countertop selection. Cabinet systems can include drawer banks, adjustable shelving, enclosed storage, soft-close hardware, and configurations designed for single or double sinks. We verify wall conditions and floor levels before securing the vanity to establish a stable base for the countertop and plumbing fixtures.
Countertop materials are selected according to the bathroom's moisture exposure and design requirements, with quartz, granite, and other suitable surfaces available depending on the project specifications. Sink cutouts are coordinated with the vanity dimensions and faucet configuration before fabrication and installation. Proper alignment between the vanity, countertop, backsplash, sink, and wall allows the finished assembly to maintain consistent joints and functional clearances.
Storage planning also considers the placement of towels, toiletries, cleaning supplies, and frequently used bathroom items. Drawer depths, cabinet openings, shelving heights, and hardware locations can be configured to improve accessibility without interfering with plumbing or surrounding fixtures. The finished vanity area provides organized storage while maintaining a clean transition between cabinetry, countertop surfaces, and bathroom walls.
Tile installation begins with substrate preparation because finished tile performance depends on a stable, properly prepared surface. Walls and floors are checked for suitable flatness, damaged materials are addressed, and appropriate backer or underlayment systems are installed where required by the selected application. Tile layout is then established to control cuts, grout joints, transitions, corners, and alignment around plumbing fixtures.
Porcelain, ceramic, stone, and other suitable tile materials can be installed according to the bathroom's moisture exposure and design requirements. Thin-set mortar is selected according to the substrate and tile type, while grout and sealant are applied to the appropriate joints and transitions. Shower areas receive additional waterproofing attention because the tile surface alone does not provide the complete moisture-management system beneath the finish.
Floor and wall patterns are coordinated with vanities, shower enclosures, niches, plumbing fixtures, and other permanent elements before installation begins. Consistent grout spacing and properly aligned courses help maintain a uniform finished surface across large and small areas. Final inspection covers tile adhesion, joint consistency, corner transitions, grout application, sealant, fixture penetrations, and surface condition before the bathroom is returned to service.
Replace outdated shower surfaces, inefficient vanities, and worn tile with a bathroom renovation designed around your Eagan property's dimensions and usage requirements. Contact Eagan Kitchen and Bath Remodeling to review shower configurations, vanity storage, tile materials, waterproofing requirements, and fixture placement. Schedule a bathroom remodeling consultation to establish the installation scope and material specifications for your project.
Yes, many shower renovations can be designed around existing plumbing locations when the current layout provides suitable drainage, clearance, and fixture positioning. Retaining plumbing locations can reduce the extent of utility modifications while still allowing new shower walls, tile, waterproofing, storage niches, and fixtures to be installed. The existing plumbing should be evaluated before construction to determine whether it can support the planned shower configuration.
Waterproofing requirements depend on the location and type of tile installation, particularly in areas exposed to direct shower water. Shower assemblies commonly require a compatible waterproof membrane or waterproofing system beneath the finished tile along with properly treated corners, joints, penetrations, and transitions. The substrate and waterproofing system must be prepared as a complete assembly so moisture does not migrate behind the finished surfaces.
Yes, vanity dimensions can be configured around available wall length, plumbing locations, door swings, shower clearances, and required walking space. Narrow-depth cabinets, drawer-based storage, wall-mounted configurations, and customized sink arrangements can provide useful storage where standard vanity dimensions are unsuitable. Accurate measurements are necessary to maintain plumbing access and clearance around adjacent bathroom fixtures.
Porcelain and ceramic tiles are frequently used for bathroom walls and floors because they are available in numerous formats, textures, patterns, and surface finishes. Porcelain is particularly useful for areas requiring a dense, durable tile surface, while ceramic provides broad design flexibility for suitable wall and floor applications. Tile selection should account for water exposure, slip resistance, installation location, maintenance requirements, and compatibility with the selected substrate.
Yes, a bathroom renovation can incorporate features such as curbless shower configurations, grab-bar reinforcement, handheld shower fixtures, wider clearances, shower seating, and strategically positioned controls. Accessibility modifications must be planned around structural support, drainage, waterproofing, fixture dimensions, and available floor space. The final configuration should be established during the design stage so accessibility features integrate properly with the shower, vanity, toilet, and circulation areas.
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