Concrete Cutting NSW 2026 - Get Free Quotes

Concrete Cutting Costs in NSW

Concrete cutting is the precision sawing service used for control joint placement in fresh slabs, demolition boundary definition, service trench installations, structural openings in walls and floors, and any other application where existing concrete needs to be cut to defined lines. NSW pricing in 2026 spans from $8 per linear metre for fresh joint sawing through to $800 per linear metre for diamond wire sawing through thick reinforced sections. Most residential cutting jobs run $200 to $1,500 fully delivered including mobilisation, the cutting itself, slurry collection, and clean down, with the per linear metre rate varying substantially by the cut method used.

The economics of concrete cutting differ from other concreting trades because the per linear metre rate captures very different work depending on the cut type and slab condition. A 100 metre joint cut across a fresh slab using a walk behind saw might take 5 to 10 hours of cutting time and cost $1,500 to $2,500 fully delivered. The same 100 metres of cuts through hardened reinforced slab with a track mounted saw might take 30 to 50 hours of cutting time and cost $8,000 to $12,000. Reading multiple itemised quotes side by side and confirming the cut method assumed by each contractor is essential because cutting scopes vary substantially based on contractor judgement of the slab specification. The hub page on general concreting services in NSW covers the broader concreting category that often combines cutting with other concreting trades on a single project.

What a Cutting Job Includes

A typical residential concrete cutting job in NSW takes between half a day and two days on site depending on the cut type, total length, depth, and reinforcement. Joint sawing of a residential driveway or house slab is typically completed in a few hours by a single operator with a walk behind saw. Trench cutting for a service installation across a residential property might take a full day with site setup, cutting, and slurry management. Wall sawing for a doorway or window opening typically takes half a day to a full day depending on the wall thickness and any structural propping required. Wire sawing through thick sections is typically a multi day operation including setup, cutting, and disengagement.

Equipment supplied to site varies by cut type. Joint sawing uses petrol or electric walk behind saws with 12 to 26 inch (300 to 660 millimetre) diamond blades. Surface sawing of existing slabs uses heavier walk behind saws or hand held demolition saws with similar blade sizes. Trench cutting uses purpose built track mounted saws with blades up to 30 inches (750 millimetre) capable of cutting depths up to 300 millimetres. Wall sawing uses electric or hydraulic track mounted saws with reciprocating cutting heads, capable of vertical and angled cuts to 450 millimetre depth. Wire sawing uses diamond impregnated wire (typically 10 to 12 millimetre diameter) tensioned around the section being cut, with the wire driven by a hydraulic pulley system. Major equipment suppliers across NSW include Husqvarna and other specialist contractors with comprehensive cutting fleets.

Beyond the cutting itself, a properly scoped quote should include the mobilisation charge, the per linear metre rate by cut type, the cut depth and any reinforcement assumptions, the slurry management approach, the cleanup and waste removal, and any traffic control, propping, or shoring required for the work. Slurry management is particularly important because concrete cutting generates substantial volumes of contaminated water that cannot legally enter stormwater systems. Where the cutting is performed as part of a broader concrete repair project, our concrete repair guide covers the structural rectification work that often accompanies cutting. Where cutting precedes new slab construction, our concrete slab guide covers the slab specifications.

Cutting Types and Equipment

Walk behind floor saws are the most common cutting equipment used on residential and commercial slabs. The saw is a self propelled diesel or petrol unit with a horizontal diamond blade that cuts vertically downward into the slab. Cut depth is determined by blade diameter, with 14 inch (355 millimetre) blades cutting to about 125 millimetres deep, 18 inch (455 millimetre) blades cutting to about 175 millimetres, and 26 inch (660 millimetre) blades cutting to about 270 millimetres. Walk behind saws are versatile and economical for any cut where the saw can be positioned over the cut line.

Hand held demolition saws are used for cuts where walk behind equipment cannot be deployed, including cuts close to walls, vertical or overhead cuts, and small detail cuts. The saws are heavy (typically 8 to 12 kilograms) and operator fatigue limits effective cutting time per shift. Cut depth is limited by blade diameter and saw geometry, typically 100 to 150 millimetres maximum. Hand held cutting is more expensive per linear metre than walk behind cutting due to the slower cut rate and operator fatigue, but is essential for cuts where walk behind equipment cannot be used.

Track mounted saws (also called track saws or wall saws) are used for cuts requiring precision, depth, or work on vertical surfaces. The saw runs on a track fixed to the substrate, with the blade or wire driven by hydraulic or electric motor. Track mounted saws cut to depths of 250 to 450 millimetres with high precision, particularly valuable for door and window openings, structural alterations, and trench cutting through thick slabs. Wire sawing uses diamond impregnated wire tensioned around the section being cut, with the wire driven through pulleys to remove material at the cut face. Wire sawing has unlimited depth capability (sections up to several metres thick can be cut) and is used for thick concrete sections, reinforced concrete blocks, and demolition cuts where conventional saws cannot reach. Where the cut work involves removal of the cut section, our concrete removal guide covers the demolition and disposal logistics. Where cutting precedes new pumped concrete placement, our concrete pumping guide covers pumping options.

When Cutting is Needed

Control joint cutting on fresh slabs is the most common cutting application and is essential for any new slab to control where shrinkage cracking occurs. Concrete shrinks as it cures, with the shrinkage producing tensile stress in the slab that cracks the concrete somewhere. Control joints (saw cut grooves typically 25 to 30 percent of slab depth) concentrate the shrinkage along defined lines where the cracking is hidden in the joint and visually acceptable. Without control joints, slabs crack randomly producing visible cracks across the surface. Control joint spacing is typically 24 to 36 times the slab thickness, with 100 millimetre slabs receiving joints at 2.4 to 3.6 metre spacing.

Demolition cutting defines the boundary of slab sections to be removed, allowing clean removal without damaging adjoining concrete that is to be retained. The cutting establishes a precise edge that the demolition can break back to without affecting the rest of the slab. Trench cutting through existing slabs is required for service installations including new water connections, gas lines, electrical conduits, telecommunications cables, stormwater drains, and irrigation systems. Trench cuts typically extend through the full slab depth (100 to 200 millimetres) and continue into the sub-base for the trench excavation that follows.

Structural alterations frequently require concrete cutting for new openings in walls, floors, or roofs. New doorway and window openings in masonry or concrete walls require precise cutting around the opening boundary, with appropriate temporary propping to support the structure during the cutting and any subsequent lintel installation. New floor penetrations for service installations or stairwell openings require cutting through the floor slab with appropriate temporary support of any structure above. Engineering input is essential for any structural cutting because the cut creates a stress concentration that must be evaluated for structural adequacy. Our concrete pathway guide covers pathway specifications for new pathways that often require cutting through existing concrete elements at junction points.

Wet vs Dry Cutting

Wet cutting is the standard concrete cutting method in NSW and is mandatory for most cutting work under SafeWork NSW silica dust regulations. Water is supplied to the cutting blade or wire during operation, suppressing dust at source and cooling the blade for efficient cutting. The water mixes with cut concrete material to produce slurry that flows from the cut, which is collected and disposed at licensed waste facilities. Wet cutting suppresses respirable silica dust to acceptable levels and extends blade life by 3 to 10 times compared with dry cutting. Water consumption during active cutting typically runs 5 to 30 litres per minute depending on blade size and cut type, requiring either a fixed water supply (taps, hoses) or a dedicated water tank for the cutting equipment.

Dry cutting is occasionally used for short or shallow cuts where wet cutting is impractical, including cuts in occupied buildings where slurry would damage adjoining surfaces, cuts above electrical equipment that cannot be exposed to water, cuts in elevated locations where slurry collection is impractical, and very short cuts where setup time for wet cutting is disproportionate to the cut. Dry cutting requires comprehensive dust extraction equipment including high efficiency particulate arrestor filtered vacuums connected directly to the cut, plus respiratory protection at higher protection levels than wet cutting. Dry cutting is more expensive per linear metre than wet cutting due to the slower cut rate, increased blade wear, and additional dust management requirements. The dust extraction equipment must be maintained to manufacturer specification with HEPA filter changes scheduled by usage hours rather than just by visible filter loading.

Slurry management is a critical compliance issue for wet cutting. Concrete slurry contains high pH (typically 11 to 13) cement contamination plus suspended cut concrete particles, and is classified as trade waste that cannot legally enter stormwater systems under the Protection of the Environment Operations Act 1997 administered by the NSW EPA. Standard practice is to collect slurry at the cut location using vacuum equipment or absorbent materials, contain it on site for transport, and dispose at licensed liquid waste facilities. Cutting contractors who allow slurry to enter stormwater systems are exposed to enforcement action with substantial penalties of up to $1 million for corporations and $250,000 for individuals under the EPA enforcement framework. The SafeWork NSW framework specifies the silica dust controls and respiratory protection requirements that apply to all cutting operations in workplace settings. The NSW Health framework provides medical surveillance guidance for workers exposed to silica dust.

Slurry containment options vary by cut type and site conditions. Walk behind floor sawing typically uses vacuum trucks or trailer mounted vacuum units that follow the saw collecting slurry directly behind the cut. Wall sawing slurry collection uses tarpaulins or moulded plastic basins below the cut to capture flowing slurry, with the captured material vacuumed for disposal. Trench cutting slurry collection is more challenging because the cut depth and width make collection at the cut difficult; some operators flood the cut area with additional water and pump the diluted slurry from the cut for processing. Slurry disposal cost varies by facility and slurry volume, typically running $200 to $800 per truck load at metropolitan facilities. The NSW Department of Environment publishes guidance on construction site water management that applies alongside the EPA framework.

Common Applications

Residential cutting applications include control joint sawing on new driveways, house slabs, and garage slabs; trench cutting for new water mains, electrical conduits, and stormwater drains during property additions or renovations; demolition boundary cutting where partial slab removal precedes new construction; doorway and window opening cuts in concrete or masonry walls during interior alterations; and pool surround cutting where existing surround sections are being modified or replaced. Most residential cutting is performed using walk behind saws and hand held demolition saws, with track mounted equipment occasionally needed for structural alterations.

Commercial and industrial cutting applications include warehouse and factory floor joint sawing on large new pours; trench cutting for service installations in operational facilities; demolition cutting for fit out and refurbishment work; structural alterations in commercial buildings including new openings and floor penetrations; and infrastructure cutting on roads, bridges, and other public works. Commercial cutting often involves larger quantities and more demanding access conditions than residential work, with traffic control, scaffolding, working at heights, and night work requirements increasing the project complexity.

Pool surround cutting deserves particular mention because of the proximity to pool shells which must be protected during cutting operations. Cutting close to existing pool shells requires hand work with careful technique to avoid damaging the pool structure or fittings, with rigid templates often used to control cut precision. Pool surround cutting is commonly required during pool surround replacement work where the existing surround is removed for new construction. Our concrete pool surrounds guide covers pool surround specifications. Cutting work on decorative concrete elements including stamped, exposed aggregate, and coloured concrete requires extra care to avoid spalling or chipping at the cut edge that would compromise the decorative appearance. Our exposed aggregate concrete guide covers the exposed aggregate finishes that interact with cutting work.

Blade and Wire Selection

Diamond blade selection is the most consequential decision in any cutting job because blade choice determines the cutting rate, blade wear, and ultimately the project cost. Diamond blades use synthetic diamond particles bonded to a steel core in a metal matrix, with the diamond particles doing the actual cutting work as the matrix wears. Different blade specifications are designed for different concrete and reinforcement combinations, with general purpose blades suiting most residential cutting and specialty blades reserved for specific applications.

Soft bond blades have a metal matrix that wears quickly to expose new diamond particles, suiting hard concrete and high reinforcement work where rapid diamond exposure maintains cutting rate. Soft bond blades wear quickly and need replacement more often, increasing per linear metre cost on long jobs. Hard bond blades have a metal matrix that wears slowly, suiting soft concrete and low reinforcement work where the diamond particles last longer in the matrix. Hard bond blades have lower wear cost but cut more slowly on hard or reinforced concrete because the matrix does not expose new diamond fast enough. Standard residential cutting typically uses general purpose blades that balance cost and performance across typical NSW concrete specifications.

Wire sawing uses diamond impregnated wire with the diamond particles distributed along the wire length. Wire diameter is typically 10 to 12 millimetres for general construction work, with finer wires for precision applications and larger wires for very thick sections. Wire life is determined by the total area cut rather than just length, with each metre of wire capable of cutting 5 to 50 square metres of cross section depending on concrete and reinforcement specifications. Wire replacement during a long cut is normal and is factored into the project cost. The major equipment suppliers across NSW include Husqvarna, with cutting blade and wire suppliers ranging from major manufacturers through specialty diamond product suppliers serving the construction trade.

NSW Licensing and Approvals

Concrete cutting work valued above $5,000 in NSW must be performed by a contractor holding a current building licence under the Home Building Act 1989, administered by NSW Fair Trading. Most residential cutting work falls below this threshold and does not strictly require a licensed contractor, but engaging a licensed contractor regardless of project value provides additional protections under the statutory warranty framework. Cutting contractors typically hold either a builder licence or specialist concrete cutting licence depending on the scope of their work.

Workplace safety regulations under the Work Health and Safety Act 2011 apply to all cutting operations regardless of project value. SafeWork NSW administers the silica dust regulations that govern wet cutting requirements, dust extraction for dry cutting, respiratory protection, and worker health surveillance. Cutting contractors must hold valid workers compensation insurance and public liability insurance to operate professionally. Verification of insurance status before signing a contract is appropriate practice for any cutting job.

Most residential concrete cutting falls within exempt development under the State Environmental Planning Policy (Exempt and Complying Development Codes) 2008 and does not require a development application. Heritage listed properties may require heritage approval for cutting work that materially affects building character. Cutting through structural elements requires engineering certification of the structural adequacy of the cut configuration. The Service NSW portal provides council planning information for any NSW property. The Australian Competition and Consumer Commission publishes consumer guidance on residential building contracts. The Home Building Act statutory warranty for major defects runs for six years from work completion.

Control Joint Cutting

Control joint cutting on fresh slabs has specific timing requirements that determine the success of the joint in concentrating shrinkage cracking. Joints must be cut after the concrete has gained sufficient strength to support the saw without ravelling at the cut edge, but before significant shrinkage has occurred. The standard practice under Australian Standard AS 3600 (the structural concrete code) and AS 2870 (the residential slabs and footings code) is to cut joints between 4 and 18 hours after placement depending on ambient conditions and concrete mix design. Cutting too early causes ravelling that spoils the joint appearance. Cutting too late means shrinkage cracking has already occurred at random locations across the slab rather than at the saw cut.

Joint depth is critical for joint effectiveness. Standard practice cuts joints to 25 to 30 percent of slab depth, with 100 millimetre slabs receiving 25 to 30 millimetre deep joints. Deeper joints work better at concentrating cracking but reduce the structural performance of the slab section. Shallower joints may not concentrate cracking effectively, allowing random cracks to form across the slab surface. Joint width is typically 3 to 5 millimetres (the blade kerf width), which is later filled with sealant or caulking to prevent water and dirt ingress.

Joint spacing follows the standard rule of 24 to 36 times slab thickness, producing 2.4 to 3.6 metre spacing for 100 millimetre slabs and 4 to 6 metre spacing for 150 millimetre commercial slabs. Joints should be placed at internal corners (where stress concentration is highest), at column lines and other structural discontinuities, and along the slab boundary. Joint pattern design should aim for square or near square panels because long thin panels are more prone to cracking parallel to the long dimension despite the joints. Where decorative finishes are used, joint pattern is also a design element that must integrate with the overall finish appearance. Our coloured concrete guide covers coloured concrete joint patterns. Where the slab is a polished concrete installation, our polished concrete guide covers joint considerations for polishing.

Joint sealing typically follows joint cutting after the concrete has cured sufficiently (typically 28 days for residential slabs, longer for commercial work). Sealant options range from polyurethane caulks for typical residential applications to two part polyurea systems for commercial floors with heavy wheel traffic. Sealant choice depends on the joint movement expected, the exposure conditions, and the visual outcome required. Joint sealing is typically a separate trade from joint cutting and is performed after the slab construction is complete. Where joint sealing is integrated with the broader concrete sealing program, our concrete sealing guide covers the sealer specifications. Some joint locations including saw cuts in driveways receive sealant immediately to prevent water and dirt ingress that can compromise the joint, while other locations receive sealant only after the slab has reached final shrinkage to avoid sealant tear during ongoing slab movement.

Joint cutting is best scheduled with concrete supplier coordination from suppliers including Boral, Holcim, Hymix, Adbri, and Hanson because the concrete mix design influences when control joints can be cut. Standard residential concrete supplied under Australian Standard AS 1379 (specification and supply of concrete) covers the supply quality of ready mix concrete delivered to NSW sites, with the mix design influencing when joints can be cut. High strength mixes that gain early strength faster need joint cutting earlier than standard mixes. Mixes with shrinkage reducing admixtures may need fewer joints or wider spacing because their shrinkage characteristics differ from standard concrete. The cutting contractor and the slab concreter should coordinate the cutting schedule before the pour day, with the cutting typically scheduled 6 to 12 hours after pour completion in optimal conditions. Late cutting where shrinkage cracking has already begun is sometimes recoverable by following the natural crack lines with the saw cuts to convert random cracks into joint lines, but this is a compromise outcome compared with proper timing. For projects involving exposed aggregate concrete where the joint pattern must align with the aggregate exposure pattern, our exposed aggregate concrete guide covers the aggregate finishes that interact with joint placement.

Cutting through structural elements requires consideration of AS 3600 (concrete structures) which governs the design and detailing of structural concrete in Australia. Saw cuts in load bearing slabs, beams, columns, and walls must be evaluated against the structural design to confirm the cut does not compromise structural performance. Residential slab on ground construction governed by AS 2870 (residential slabs and footings) typically uses joint cutting on the upper slab surface only without affecting the structural performance, but cuts that extend into edge beams or perimeter footings require engineering review. Commercial structural cutting through suspended slabs and structural elements is typically reviewed by a structural engineer before cutting commences, with the engineer specifying acceptable cut locations, depths, and any temporary propping required during cutting work.

Concrete Cutting Costs Across Sydney

Sydney pricing for concrete cutting reflects the substantial residential and commercial cutting demand across the metropolitan area combined with the elevated mobilisation costs typical of inner urban work. Inner Sydney pricing carries premiums for access difficulty, the prevalence of structural alterations in heritage and older property stock, and the slurry disposal costs at metropolitan facilities. Western Sydney and the Hills District pricing benefits from new build markets where joint sawing dominates the residential cutting demand. The pricing tables below capture typical project costs.

Inner Sydney cutting pricing reflects substantial premiums for the access constraints typical of inner urban work combined with the high concentration of structural alterations in heritage and older property stock. Many inner west and eastern suburbs sites have rear lane only access requiring equipment to be carried in by hand, which slows mobilisation and increases the project cost. Heritage conservation areas across Paddington, Surry Hills, Newtown, Glebe, and Balmain require council approval for visible cutting work. Slurry disposal costs at metropolitan facilities have escalated alongside other waste disposal cost categories, adding to the per linear metre rate for any wet cutting work in inner Sydney.

Western Sydney and the Hills District cutting pricing benefits from the predominance of new build construction across major release areas where joint sawing demand dominates the residential cutting market. Standard joint sawing rates are consistently 10 to 15 percent below inner Sydney for the same work. Larger structural alterations and trench cutting in established suburbs of western Sydney carry similar pricing to inner Sydney equivalents because the scope and complexity is comparable across the metropolitan area. For projects following cutting with new patio construction, our concrete patio guide covers patio specifications. Where cutting precedes resurfacing of remaining slab elements, our concrete resurfacing guide covers overlay options.

Concrete Cutting Costs in Regional NSW

Regional NSW cutting pricing is generally 15 to 25 percent below Sydney pricing for comparable work, reflecting lower labour rates and reduced demand premium in regional centres. Major regional centres including Newcastle, Wollongong, Dubbo, Tamworth, and Wagga Wagga support local cutting contractors with fleet equipment serving residential and commercial work. Smaller regional towns rely on cutting contractors travelling from major centres, with mobilisation costs adding $300 to $1,000 to the project cost for very rural locations.

Coastal regional NSW cutting pricing reflects strong demand from holiday home renovation work and property turnover along the Hunter, Illawarra, Mid North Coast, and Northern Rivers. Trench cutting for service installations is consistently strong across coastal regional NSW due to the residential renovation market and the large stock of holiday homes that periodically require service upgrades. The Northern Rivers around Lismore, Ballina, and Byron Bay has elevated demand combined with limited specialist cutting capacity, keeping cutting pricing above other regional zones. Wire sawing services for unusual structural alterations are typically only available in major regional centres, with smaller towns referring this specialist work to contractors travelling from Newcastle or Sydney.

Inland regional NSW cutting pricing is the most affordable in the state, with the Central West, New England, and Riverina centres operating their own cutting fleets at consistently lower rates than metropolitan equivalents. Joint sawing is the dominant residential cutting application across inland regional NSW, with the simpler scope and predictable execution supporting competitive pricing. Travel time for cutting contractors to very rural locations adds to project cost, with mobilisation charges of $400 to $1,200 typical for sites beyond standard service radius. For projects following cutting with sealing of the cut edges or adjacent surfaces, our concrete sealing guide covers the sealer specifications.

What to Look For in a Cutting Quote

A quality concrete cutting quote in NSW itemises the cut type to be performed, the total cut length in linear metres, the assumed cut depth, the assumed reinforcement specification, the cutting method (walk behind, hand held, track mounted, wire), the wet or dry cutting approach, the slurry management approach, the mobilisation charge, the per linear metre rate, and any additional charges for traffic control, propping, or working at heights. Quotes that are vague about cut depth or reinforcement assumptions should be sent back with a request for itemised assumptions because the actual cost can vary substantially based on these factors.

Reference checks for cutting work focus on cut quality and project management rather than just on the cutting itself. Drive past three to five completed cutting projects from each prospective contractor where the cuts are still visible (typically before backfill or sealing covers them), and check for cut quality including straightness of cut lines, consistency of cut depth, absence of ravelling at cut edges on fresh slab joints, and cleanliness of work areas. Phone references from previous customers should focus on whether the cutting was completed on schedule, whether slurry was managed appropriately without environmental issues, whether the contractor protected adjoining surfaces during cutting, and whether the work area was left clean. The NSW Fair Trading licence check should be performed for any contractor handling work above the $5,000 threshold.

Payment terms for cutting work are typically simpler than for larger building contracts because the work is often a discrete service with clear delivery boundary. Most cutting contractors take payment on completion either by invoice or by card, with deposits not normally required for small jobs. Larger commercial cutting work follows standard progress payment terms including deposit at signing, progress payment at significant milestones, and final payment after cleanup completion. The contract should include any applicable workmanship warranty for finish quality, environmental compliance for slurry management, and a clear process for raising any cleanup or quality issues. Where disputes about cutting quality cannot be resolved directly, the Australian Financial Complaints Authority handles consumer complaints related to residential building services.

Safety, Silica and Slurry

Silica dust exposure during concrete cutting is the most important workplace health consideration. Crystalline silica dust released during concrete cutting causes silicosis, with cutting being one of the highest silica exposure activities in the construction industry. The SafeWork NSW silica regulations require dust suppression measures during all cutting operations, with wet cutting being the standard approach. The water supply to the blade or wire suppresses dust at source and produces slurry that is then collected for proper disposal.

Worker respiratory protection is required under the silica regulations regardless of dust suppression measures. P2 respirator masks are the minimum requirement for outdoor wet cutting with adequate dust suppression. Higher protection levels including powered air purifying respirators are required for indoor cutting, dry cutting, or work where dust suppression is not feasible. Worker health surveillance including baseline and periodic chest X rays and lung function testing is mandatory for workers exposed to silica dust, with the records maintained over multi decade timeframes. The increased focus on silicosis prevention since 2020 has tightened cutting industry compliance substantially.

Slurry management is the other major compliance issue for wet cutting operations. Concrete slurry has high pH and contains suspended cement particles, classifying it as trade waste that cannot legally enter stormwater systems under the Protection of the Environment Operations Act 1997. Standard practice is to collect slurry at the cut location using vacuum equipment connected directly to the cut path, transfer the collected slurry to containers for transport, and dispose at licensed liquid waste facilities. Allowing slurry to enter stormwater systems exposes the contractor to enforcement action by the EPA and councils with substantial penalties. Property owners should ask cutting contractors about their slurry management procedure as part of quote evaluation, with reputable contractors having documented procedures and disposal receipts available. Where the cutting work involves coring through slabs for service penetrations, our concrete coring guide covers the diamond core drilling work that often accompanies cutting. Where cutting precedes grinding of the cut edges to provide finished surfaces, our concrete grinding guide covers grinding equipment and techniques. Post your concrete cutting project on The Quote Yard to connect with licensed NSW cutting contractors across Sydney, Newcastle, Wollongong, the Central Coast, the Hunter, and regional New South Wales for control joint sawing, demolition cutting, trench cutting, wall sawing, wire sawing, and door or window opening cuts.