Walk-In Shower Installation in Eagan, MN | Frameless Glass, Tile Showers & Accessibility

Walk-in shower construction in Eagan, MN requires accurate layout, proper drainage, waterproofing, and secure installation of every shower component, which Eagan Kitchen and Bath Remodeling delivers with 20 years of specialized bathroom remodeling experience. Our licensed technicians install frameless glass showers, tiled shower systems, low-threshold entries, and accessibility-focused shower configurations using porcelain tile, ceramic tile, tempered safety glass, solid-surface panels, and compatible waterproofing products. We coordinate shower dimensions, glass clearances, drain placement, wall preparation, slope requirements, plumbing connections, and fixture locations to meet the project's functional and construction requirements.

Our walk-in shower services include new shower construction, shower replacement, frameless glass installation, semi-frameless enclosure installation, tile shower installation, shower pan installation, linear drain installation, shower bench construction, grab bar preparation, and accessibility modifications. Shower floors are formed with the required slope toward the drain, while porcelain or ceramic tile is selected according to floor traction, water exposure, size, and maintenance requirements. Frameless enclosures use tempered safety glass with properly measured panels, hinges, brackets, seals, and clearances to maintain a stable and watertight shower enclosure.

Before installation, we inspect the framing, subfloor, plumbing, existing wall surfaces, and shower footprint to establish the correct construction sequence. The shower assembly is installed with a continuous waterproofing system, properly integrated corners and penetrations, a correctly sloped shower base, sealed plumbing openings, and accurately positioned controls, showerheads, drains, niches, benches, and glass hardware.

Shower repair and replacement work addresses failed caulking, damaged tile, loose grout, leaking shower bases, deteriorated waterproofing, damaged glass hardware, drainage problems, and water intrusion around fixtures or wall penetrations. We trace the source of the issue before beginning repairs so the affected substrate or waterproofing system can be corrected rather than covering a structural or moisture-related problem with new finish materials.

A standard walk-in shower installation generally takes 3–5 days after demolition and material preparation are complete. Tile curing, glass fabrication, plumbing relocation, waterproofing requirements, and structural modifications can extend the schedule when included in the project.

Talk to Our Remodeling Team

Get a FREE Quote

Walk-In Shower Installation for Frameless Glass, Precision Tile Showers and Accessible Designs

Frameless Glass Shower Installation Services

Frameless Glass Shower Installation Services provide a clean enclosure design using heavy tempered safety glass with minimal visible framing. Glass thickness commonly ranges from ⅜ inch to ½ inch depending on panel size, hardware requirements, and manufacturer specifications. Each enclosure is measured around the finished shower opening, accounting for wall conditions, curb dimensions, door swing, panel joints, hinges, handles, and required clearances.

Installation begins only after the shower walls and floor have reached their finished dimensions and waterproofing has been completed. Suction-cup glass lifters, diamond drill bits, precision levels, measuring equipment, glass setting blocks, and torque-controlled drivers are used to position and secure the panels without damaging finished surfaces. Stainless steel or corrosion-resistant brass hinges, clamps, brackets, channels, and handles are selected according to the enclosure design and bathroom conditions.

Tempered glass panels are installed with controlled clearances to prevent direct contact between glass and hard substrates. Neutral-cure silicone or manufacturer-approved sealants are applied at required enclosure joints while maintaining appropriate drainage paths at the shower threshold. Final inspection checks panel alignment, door operation, hardware security, glass clearances, seal continuity, and smooth movement throughout the enclosure.

Tile Shower Installation Services

Tile Shower Installation Services construct customized wet areas using ceramic, porcelain, natural stone, or other approved tile products over a properly waterproofed substrate. Shower floors require smaller-format tiles or mosaics where necessary to follow the slope toward the drain without creating excessive lippage. Material selection considers water exposure, slip resistance, absorption characteristics, surface texture, maintenance requirements, and compatibility with the selected setting system.

The enclosure substrate is prepared using cement backer board or a manufacturer-approved waterproof panel system with treated seams, corners, and penetrations. Waterproofing may include sheet membranes, liquid-applied membranes, bonding-flange systems, or other tested assemblies installed according to manufacturer requirements. Wet saws with diamond blades, laser levels, notched trowels, tile spacers, grout floats, mixing paddles, and leveling systems provide controlled tile placement and consistent joints.

Floor and wall layouts are established before setting tile to coordinate niches, benches, valves, drains, corners, and glass locations. Polymer-modified thin-set or system-approved mortar is applied with the appropriate trowel profile to achieve proper coverage and bond strength. Grout selection, movement-joint treatment, edge finishing, and penetrating sealers for porous materials are completed according to the tile and waterproofing specifications.

Accessible Walk-In Shower Installation Services

Accessible Walk-In Shower Installation Services create lower-entry bathing areas that reduce the step required to enter the enclosure. The design may incorporate a low-threshold receptor, curbless shower base, handheld shower system, grab-bar reinforcement, built-in bench, slip-resistant flooring, and strategically positioned controls. Dimensions are established around entry width, user clearance, drainage requirements, wall construction, and the selected accessibility features.

Curbless configurations require careful floor preparation because the shower area must provide adequate drainage slope without creating an abrupt transition at the bathroom floor. Linear drains, point drains, sloped shower pans, waterproofing membranes, cement backer boards, and solid-surface receptors can be used according to the project design. Rotary hammers, floor preparation tools, laser levels, drain-setting equipment, waterproofing rollers, and precision measuring devices support controlled installation.

Wall reinforcement is added where grab bars or other load-bearing accessories require structural attachment rather than surface-only fastening. Shower controls and handheld sprays are positioned for convenient operation, while seating surfaces receive appropriate support and waterproof construction. Final checks cover entry transition, floor slope, drain performance, waterproofing continuity, fixture operation, and secure attachment of accessibility components.

Shower Enclosure Installation Services

Shower Enclosure Installation Services complete the shower area with glass panels, framed doors, semi-frameless systems, or other enclosure configurations selected for the bathroom layout. The enclosure is designed around the finished opening, wall plumb, threshold dimensions, showerhead position, door clearance, and available circulation space. Aluminum or stainless-steel framing, tempered safety glass, corrosion-resistant hardware, magnetic seals, sweeps, and compatible silicone products are specified according to the enclosure system.

Finished walls are checked for plumb and structural attachment points before drilling or fastening begins. Levels, glass suction lifters, drill guides, carbide or diamond bits, screwdrivers, impact drivers with controlled settings, and nonabrasive setting tools are used to prevent damage to tile, stone, glass, and waterproofed surfaces. Fasteners are selected for the substrate so hardware remains properly anchored without compromising the enclosure’s surrounding waterproofing system.

Door alignment is adjusted to maintain consistent gaps, smooth movement, and reliable closure against the selected seals. Silicone is applied at manufacturer-required joints while avoiding conditions that could obstruct intended water drainage from the enclosure. The completed system is tested for door swing, panel stability, hardware tightness, seal contact, threshold fit, and overall water-management performance.

Precision Walk-In Shower Installation in Eagan, Minnesota

Shower Layout, Accessibility Assessment, and Demolition

Walk-in shower installation starts with establishing the shower footprint, entry configuration, drain location, wall dimensions, and accessibility requirements for the bathroom. We use laser levels, digital measuring equipment, stud finders, and layout lines to determine the finished position of the shower base, glass enclosure, controls, niches, benches, grab bars, and plumbing fixtures. Frameless glass showers require particularly accurate measurements because the finished opening, wall plumb, and floor slope directly affect panel alignment and door operation.

The existing shower or bathtub area is carefully dismantled to expose the substrate, wall framing, plumbing, and floor structure without unnecessarily damaging surrounding bathroom components. We inspect the exposed area for deteriorated framing, moisture intrusion, uneven flooring, damaged plumbing, and other conditions that could compromise the new shower assembly. For accessibility-focused installations, the layout also considers entry width, threshold height, control placement, seating requirements, grab-bar reinforcement, and safe movement within the wet area.

The shower footprint is then marked according to the approved design and the requirements of the selected shower system. We prepare the floor for the shower pan or site-built sloped base while maintaining the required elevation difference between the wet area and surrounding finished flooring. Plumbing locations are confirmed before wall closure so the shower valve, handheld outlet, showerhead, and other fixtures can be positioned accurately for the intended users.

Shower Base Construction and Drain Installation

The shower floor is constructed to provide controlled drainage from every section of the wet area toward the drain assembly. We use a preformed shower pan or compatible site-built shower base system, depending on the project design, with appropriate mortar, waterproofing components, drain fittings, and slope-forming materials. The finished floor is pitched consistently toward the drain so standing water does not remain across the shower surface after use.

Linear or point drains are positioned according to the selected shower layout and connected to the appropriate waste piping beneath the floor. We verify drain elevation before the surrounding base is completed, ensuring the grate or drain cover finishes flush with the intended tile surface. Shower floors receive compatible tile underlayment or waterproofing components designed to work with the selected drain and shower-base system.

Accessibility requirements receive additional attention during floor construction, particularly when the design calls for a low-threshold or curbless shower entry. We coordinate the shower base elevation with the bathroom floor to minimize unnecessary transitions while maintaining sufficient slope for drainage. The completed base is checked with digital levels and straightedges to verify slope, surface stability, and proper alignment before waterproof wall construction begins.

Waterproofing, Tile Installation, and Glass Preparation

The shower enclosure receives a continuous waterproofing assembly designed to protect the wall and floor structure from repeated moisture exposure. We install approved waterproof backer boards, membranes, seam treatments, corner reinforcement, and sealing compounds around penetrations, niches, benches, and fixture openings. Particular attention is given to changes in plane and areas around the shower valve and plumbing penetrations where improper sealing can allow water behind the finished wall.

Tile installation uses porcelain, ceramic, natural stone, or other specified shower-rated materials installed with compatible thin-set mortar. We use wet saws, tile spacers, leveling clips, notched trowels, diamond blades, and layout guides to produce accurate cuts around niches, valves, drains, corners, and glass-panel locations. Grout joints are maintained consistently, while movement-sensitive corners and shower-to-floor transitions receive flexible sealant rather than rigid grout where required by the installation system.

Frameless glass preparation requires accurate finished-opening measurements after the tile surfaces are completed and cured. We coordinate glass panel dimensions, hinge positions, handle locations, door swing, fixed-panel placement, and required clearances before drilling or mounting hardware. Tempered safety glass panels are installed using appropriate clamps, hinges, brackets, seals, and setting blocks so the enclosure remains properly supported without compromising the finished tile or waterproofing assembly.

Shower Fixture Installation and Water Management Testing

The final installation includes the shower valve, trim, showerhead, handheld shower, diverter, body sprays, or other specified fixtures within the approved configuration. We use compatible plumbing fittings, thread sealant, manufacturer's gaskets, adjustable wrenches, and fixture-specific tools to establish secure connections while protecting finished chrome, brushed metal, or other decorative surfaces. Controls are positioned according to the planned shower layout, with accessibility installations placing operating components within practical reach from the shower entry or seating area.

Water testing is performed by operating the shower at normal flow conditions and checking fixture connections, valve trim, showerhead joints, handheld connections, and accessible plumbing areas for leakage. We also observe the shower floor to confirm water moves toward the drain without excessive pooling, while the threshold or curbless transition is checked for effective water containment. Glass doors are operated repeatedly to verify proper alignment, hinge movement, seal contact, and clearance from adjacent surfaces.

The final inspection covers the waterproofed shower enclosure, tile installation, grout and sealant joints, glass panels, hardware, fixtures, drainage, and accessibility features. We verify that the shower entry, controls, seating, grab-bar locations, and finished surfaces correspond with the approved design and intended use. The completed walk-in shower is reviewed for structural stability, moisture management, clean detailing, and functional performance in Eagan, Minnesota.

Modern Shower Access With Waterproof Construction in Eagan, MN

Frameless Glass Enclosure Design

We install frameless glass shower enclosures using thick tempered safety glass, accurately positioned hardware, and properly prepared shower surfaces. Frameless configurations reduce visible metal framing and provide an open appearance while requiring precise wall conditions, floor slope, glass measurements, and hinge placement. The enclosure dimensions are established after the shower walls and base are prepared so the glass fits the completed opening accurately.

Glass panels are measured according to the actual finished shower dimensions, including wall plumb, curb conditions, threshold geometry, and door swing requirements. Hardware options can include hinges, handles, brackets, and stabilizing components selected to support the glass configuration without creating unnecessary visual obstruction. The shower opening is also planned around nearby vanities, toilets, doors, and other fixtures to maintain functional bathroom access.

Installation includes securing the glass with manufacturer-compatible hardware and verifying door movement, panel alignment, and enclosure stability. Sealant is applied at appropriate transitions where required to limit water penetration while maintaining clean finished joints. Final inspection checks the enclosure for proper operation, secure hardware, consistent clearances, and controlled water containment.

Custom Tile Shower Construction

We build tile shower systems around the required dimensions, drainage configuration, wall layout, and selected tile specifications. Porcelain and ceramic tiles can be used for shower walls and floors, while smaller-format or mosaic tiles may be selected for shower floors where their grout layout can accommodate the required slope. Tile placement is planned around corners, niches, benches, plumbing fixtures, and glass enclosure locations to produce consistent transitions.

A waterproofing system is installed beneath the tile finish to protect the wall and floor assemblies from moisture intrusion. The shower floor is formed with the appropriate slope toward the drain, while corners, penetrations, seams, and transitions receive compatible waterproofing treatment according to the selected system. Grout joints and movement areas are detailed to support long-term performance in a continuously wet environment.

The tile installation follows the established shower layout, with attention to level courses, corner alignment, grout joint consistency, and cut placement around fixtures. Shower niches and benches are integrated into the waterproofed structure rather than added as unprotected surface features. Water containment, drainage performance, tile adhesion, grout finishing, and fixture penetrations are checked before the enclosure is completed.

Accessible Shower Configurations

We design accessible walk-in showers around entry clearance, floor transitions, fixture positioning, and user mobility requirements. Low-threshold or curbless configurations can reduce the height difference between the bathroom floor and shower floor when the existing structure allows the required drainage and waterproofing assembly. Shower controls, handheld sprays, grab bars, and seating can be positioned according to the intended use and applicable installation requirements.

Accessible shower floors require careful attention to drainage because the shower surface must direct water toward the drain without creating excessive changes in elevation. Linear drains can provide an alternative drainage configuration that supports broader floor slopes, while traditional point drains remain suitable for many layouts when the surrounding floor is properly formed. Slip-resistant tile surfaces and strategically positioned support features can further improve practical shower access.

The installation sequence prioritizes substrate preparation, waterproofing, drainage, wall finishes, fixtures, and enclosure components in the correct order. We verify threshold transitions, shower floor slope, waterproofing continuity, fixture operation, and water containment before final completion. This method provides a shower environment designed around accessibility without overlooking drainage performance or bathroom durability.

Improve Shower Access, Safety, and Daily Function

Replace an outdated shower enclosure with a walk-in design that combines waterproof construction, durable tile, accessible entry, and a properly fitted glass enclosure. Contact Eagan Kitchen and Bath Remodeling to review your shower dimensions, drainage requirements, tile selections, glass configuration, and accessibility needs. Schedule a walk-in shower consultation in Eagan, MN and develop an installation plan suited to your bathroom.

Walk-In Shower Installation FAQ's

Yes, an existing bathtub area can often be converted into a walk-in shower when the available dimensions, plumbing, drainage, and floor structure support the new configuration. The conversion may involve removing the tub, modifying the drain, installing a shower valve, preparing the substrate, and constructing a waterproof shower assembly. The final design can include tile walls, a glass enclosure, a low-threshold entry, built-in storage, and other selected features.

A curbless shower may be possible when the existing floor structure provides sufficient depth for the shower pan, waterproofing system, and drainage slope. The bathroom floor and shower area must be evaluated because lowering the shower floor may require structural or subfloor modifications. Proper waterproofing and transition detailing are essential to prevent water from moving beyond the shower area.

Frameless shower enclosures typically use tempered safety glass manufactured to appropriate thickness and configuration for the selected door and panel system. The glass is cut and finished according to the measured opening, hardware placement, door configuration, and enclosure dimensions. Proper measurement and compatible hardware are important because frameless systems have less framing to compensate for irregular wall conditions.

Water protection begins beneath the tile with a continuous waterproofing system covering the shower floor, walls, corners, seams, and plumbing penetrations. The shower floor is properly sloped toward the drain, while tile, grout, sealant, and enclosure components are installed to manage surface water. These layers work together so the tile finish serves as the visible surface while the waterproofing assembly provides the primary moisture barrier.

Yes, an accessible shower can incorporate a built-in or installed seat and strategically positioned grab bars according to the intended user's needs and applicable requirements. These components must be anchored to suitable structural support rather than relying solely on the finished tile surface. Their locations are coordinated with the shower entry, controls, handheld spray, drain, and available floor space before wall finishing.