Master the essential skills, tools, and safety practices for construction helpers specializing in breaking and cutting materials in Romania. Learn techniques, salary ranges, and city-specific insights to stand out on sites in Bucharest, Cluj-Napoca, Timisoara, and Iasi.
Building a Strong Foundation: Skills Every Construction Helper Should Have for Effective Material Cutting
Engaging introduction
In Romania's fast-moving construction sector, the humble but highly skilled construction helper plays a critical role in turning plans into real structures. Among the most in-demand specialties is the helper who can break and cut materials cleanly, safely, and efficiently. From slicing reinforced concrete in Bucharest high-rises to trimming paving blocks for streets in Cluj-Napoca, from cutting sheet metal in Timisoara industrial zones to snapping tiles on a renovation in Iasi, the ability to prepare materials to exact dimensions is the foundation for a quality build.
This guide is your comprehensive, actionable roadmap to excel as a construction helper focused on breaking and cutting materials in Romania. You will learn the essential tools, safety practices, workflow techniques, and productivity tips that employers look for. We also cover typical salaries (in RON and EUR), common employers, training pathways, and practical steps to stand out on site. Whether you are starting out or sharpening your edge, use this as a go-to reference for the skills that matter.
Why material cutting and breaking matter in Romania's construction pipeline
Precise cutting and controlled breaking drive quality, schedule, and safety across most construction projects. A helper who can make clean, on-spec cuts helps the team:
- Reduce material waste and rework
- Keep trades moving (carpenters, steel fixers, tilers, plumbers, and electricians depend on accurate openings and parts)
- Improve safety by eliminating improvised field fixes
- Meet inspection tolerances and client expectations
Across Romania, demand for these skills spans:
- Residential blocks and single-family homes in Bucharest and Cluj-Napoca
- Office and retail fit-outs in Timisoara and Iasi
- Civil engineering projects - bridges, roads, utilities, and water infrastructure countrywide
- Industrial and logistics warehouses along the A1 and A3 corridors
- Renovations of historical buildings where careful, low-vibration cutting is essential
Helpers who master cutting and breaking become go-to problem solvers on multi-trade teams, frequently entrusted with tasks that directly impact critical path activities.
Core responsibilities of a construction helper specialized in cutting and breaking
A specialized helper typically handles tasks such as:
- Reading basic drawings and dimensions, confirming tolerances, and communicating ambiguities
- Selecting the right tool and blade/bit for the material (concrete, brick, block, asphalt, metal, timber, ceramic tile, stone)
- Setting up safe work areas, guarding, and signage; obtaining hot works permits where needed
- Measuring, marking, and scoring cut lines to minimize chipping and deviation
- Operating cut-off saws, angle grinders, demolition hammers, jackhammers, circular saws, reciprocating saws, tile cutters, and core drills under supervision
- Managing dust with wet cutting and on-tool extraction; collecting slurry and segregating waste
- Protecting services (cables, pipes, rebar) and using detection tools before cutting
- Performing controlled breaking with wedges, chisels, and breakers; avoiding damage to adjacent elements
- Finishing edges (beveling, polishing, deburring) to required quality
- Maintaining tools and accessories; logging blade hours and inspecting discs
- Supporting logistics: moving, stacking, labeling, and documenting cut parts
Safety first: the foundation of every good cut
Before speed or aesthetics, safety sets you apart. In Romania, safety obligations mirror EU requirements and are enforced by Inspectia Muncii. Your employer provides SSM (Securitate si Sanatate in Munca) training and PSI (Prevenirea si Stingerea Incendiilor). As a helper, you are responsible for applying that training and stopping work when conditions are unsafe.
Key regulations and principles to know
- National: Law 319/2006 on Occupational Safety and Health, HG 1425/2006 for Methodological Norms
- EU-level benchmarks: Directive 2002/44/EC (vibration), 2003/10/EC (noise), 2004/37/EC and 2017/2398 (respirable crystalline silica), 2006/42/EC (Machinery), 89/686/EEC replaced by EU 2016/425 (PPE)
- Site-specific: SSM induction, method statements, risk assessments, and permits (including Permis de lucru cu foc deschis for hot works)
Note: This guide is informational, not legal advice. Always follow your employer's SSM instructions.
Personal protective equipment (PPE) checklist
- Head: Safety helmet EN 397
- Eyes/face: Safety glasses EN 166 or face shield for high-spark tasks
- Hearing: Earplugs or earmuffs EN 352 (many cutting tools exceed 90-100 dBA)
- Respiratory: FFP3 or P3 half-mask for silica dust; switch to P2 for general nuisance dust if approved by SSM
- Hands: Cut-resistant gloves (EN 388, look for A3-A5 cut level), anti-vibration gloves where needed
- Feet: Safety boots S3 SRC with puncture resistance and slip resistance
- Clothing: High-visibility EN 20471; flame-retardant for hot works if required
Top hazards and how to control them
-
Respirable crystalline silica (RCS) from concrete and masonry
- Use wet cutting or on-tool extraction with M/H-class vacuum
- Wear FFP3/P3 respirator; keep masks sealed and fit-checked
- Keep others away; use wind direction to your advantage
- Target below the EU OEL of 0.1 mg/m3 RCS; supervisors should monitor exposure
-
Noise
- Angle grinders and cut-off saws often measure 95-110 dBA
- Wear hearing protection; limit exposure time; rotate tasks
-
Hand-arm vibration (HAV)
- Jackhammers and breakers produce high HAV; record trigger time
- Use anti-vibration handles and gloves; maintain equipment and sharp bits
- Respect EU exposure action value (2.5 m/s2 A(8)) and limit value (5 m/s2 A(8))
-
Kickback, blade bursts, and flying fragments
- Use correct disc/blade, never exceed RPM rating
- Conduct a ring test on bonded abrasive wheels; inspect flanges and guards
- Ensure proper mounting and rotation direction; let the tool reach full speed before contacting material
-
Fire and sparks (hot works)
- Obtain permit; clear combustibles within the specified radius
- Have a fire watch and extinguishers ready; cover adjacent materials
-
Electricity
- Use RCD-protected circuits; inspect cables and plugs
- Keep connections away from water; use battery tools where safer
-
Manual handling and posture
- Pre-cut into manageable pieces; use team lifts, hoists, and dollies
- Plan cuts to avoid awkward reaches and overextension
-
Hidden services and structural integrity
- Scan concrete for rebar and services before cutting
- Consult engineers before altering load-bearing elements
-
Housekeeping
- Keep walkways clean; coil hoses and cables
- Collect slurry and dust; dispose of waste properly
The essential toolbox: what a cutting and breaking helper should know and use
Hand tools
- Measuring tape (metric), folding rule, combination square
- Chalk line, markers, wax pencils, scribing tools
- Cold chisels and brick bolsters; mason's hammers
- Feathers and wedges for controlled splitting of stone or thick concrete
- Pry bars, crowbars, nail pullers
- Hand tile cutters and nippers for ceramics and mosaic
Power and specialty tools
- Angle grinders (115-125 mm and 230 mm) with guards and side handles
- Cut-off saws (gas, electric, or battery) 300-350 mm for concrete/asphalt
- Circular saws for timber and sheet goods (with dust extraction)
- Reciprocating saws for demolition and cutting in tight spaces
- Demolition hammers and jackhammers (SDS-Plus, SDS-Max, hex shank)
- Rotary hammers for drilling and light chiseling; core drills for openings
- Wet tile saws and bridge saws for ceramics and stone
- Rebar cutters and benders; bolt cutters for mesh
- Planers and jigsaws for finish carpentry adjustments
Blades, bits, and consumables
- Diamond blades: segmented (fast, rough), turbo (balanced), continuous rim (smooth, tile/stone)
- Abrasive cutting and grinding discs for steel and stainless
- TCT (tungsten carbide tipped) blades for timber and composite boards
- Core bits: diamond and carbide; wet or dry depending on material
- Chisels and points for breakers in assorted sizes
Accessories that boost safety and quality
- Water feed kits and nozzles for wet cutting
- M- or H-class dust extractors with automatic filter cleaning
- RCD/GFCI-protected extension leads and cable ramps
- Clamps, track guides, and straightedges
- Shrouds and guards for grinders and saws
- Tool lanyards for work at height
- Cleaning tools: stiff brushes, squeegees, slurry containment trays
Brands you will commonly see on Romanian sites
You will often encounter reputable brands such as Hilti, Bosch, Makita, DeWalt, Stihl, Husqvarna, and Norton Clipper. Stick with employer-approved models and ensure you are trained on each.
Choosing the right blade or bit: a quick reference
Use this logic before every cut:
-
Identify the material:
- Concrete: green (fresh), cured, reinforced?
- Masonry: brick, block (BCA/aerated), natural stone?
- Asphalt or tarmac?
- Metal: rebar, mild steel, stainless, aluminum?
- Timber: softwood, hardwood, laminated, OSB, MDF?
- Tile: ceramic, porcelain, granite, marble?
-
Select the blade/bit:
- Concrete, masonry, stone: diamond blades. Segmented for speed and cooling; continuous rim for smooth tile/stone; turbo as all-rounder.
- Asphalt: soft-bond diamond blade (asphalt is soft; you need hard segments or special asphalt blades).
- Metal: abrasive cut-off discs for steel; specialized diamond metal-cutting blades for low-spark where allowed.
- Timber: TCT circular saw blades; higher tooth count for clean finish.
- Tile/porcelain: continuous rim diamond; use water to prevent chipping.
-
Match the tool and RPM:
- Never exceed blade's max RPM; check diameter and bore compatibility
- Use correct flanges and guards
-
Confirm cutting method:
- Wet where possible for dust control on masonry and tile
- Dry only if blade is rated for dry cutting and exposure is controlled
-
Inspect and test:
- Check for cracks, missing segments, glazing, or warping
- Ring test bonded abrasive wheels; do not ring test diamond blades
Techniques by material: step-by-step guidance
Cutting reinforced concrete (slabs, beams, walls)
-
Plan and scan
- Review drawings and confirm opening size and tolerance (e.g., +/- 5 mm)
- Use a rebar scanner and services detector; mark bars and avoid critical reinforcement without approval
-
Set up
- Establish exclusion zone with signage
- Wet-cut if allowed; set water feed to control dust and cool blade
- Confirm RCD protection or use battery tools; check PPE
-
Score and cut
- Pre-score 5-10 mm along chalk line to prevent chipping
- Make multiple shallow passes; do not force the blade
- For thick slabs, cut from both sides if accessible
-
Deal with rebar
- Expect sparks when hitting steel; slow down
- Switch to a metal-rated blade or use a rebar cutter for exposed bars
-
Break and finish
- Once kerf is deep, use a breaker to complete the opening
- Deburr edges with a grinder; seal if specified
Pro tips:
- Keep the blade straight; tilting causes binding and kickback
- Allow the tool to reach full speed before contacting the surface
- Pause to let blades cool on long cuts; use air-cooling slots if provided
Cutting masonry: brick and block
- Mark accurately using a square and chalk line
- For straight cuts, use a table/wet saw or a track-guided grinder
- Score all faces before snapping, especially on BCA blocks
- Use segmented diamond for speed; water suppression improves edge quality
- Clean the dust to check accuracy frequently
Asphalt sawing
- Choose an asphalt-rated diamond blade
- Wet-cut to reduce dust and prevent blade clogging
- Make a starter cut 10-15 mm deep to guide the blade
- Control cut width for joint sealant if specified
- Barricade area to keep traffic and pedestrians out
Cutting metal: rebar, steel sections, mesh
- Use appropriate abrasive discs or dedicated rebar cutters
- Clamp stock to avoid vibration and pinching
- Cut slightly long, then grind back to final length
- Deburr sharp edges; cap exposed rebar ends with safety covers
- Beware of hot sparks; get a hot works permit and fire watch
Timber and sheet materials
- Verify cut list and grain orientation; consider expansion gaps
- Select a TCT blade with suitable tooth count (24T rough rip, 40-60T crosscut)
- Support workpiece fully; use a guide rail for long, straight cuts
- Score laminate surfaces first to prevent tear-out
- Connect dust extraction to protect indoor air quality
Ceramic tile and stone
- Use a continuous rim diamond blade with a wet saw for best finish
- Mark with a wax pencil; cut face-up to minimize chips
- For curves, make multiple relief cuts and grind to shape
- Dress the blade periodically to prevent glazing
- Clean and polish edges if exposed; use appropriate polishing pads
Breaking techniques: controlled power that protects the structure
Breaking is not about brute force. Controlled breaking reduces damage, noise, and vibration.
Jackhammer best practices
- Fit the right tool: point for starting, chisel for splitting, spade for asphalt
- Work at a slight angle, not perpendicular, to reduce rebound
- Pre-cut perimeters with a saw to confine cracking
- Use stepped passes: remove layers instead of full depth at once
- Rotate among operators to manage HAV exposure
Score-and-snap for masonry and tile
- Score deeply with a diamond blade on the cut line
- For brick/block, complete a light cut on all faces
- Tap gently along the line with a bolster to separate cleanly
Feather and wedge for thick stone or concrete
- Drill a line of holes (typically 25-40 mm apart)
- Insert feathers and wedges; tap progressively along the line
- The piece will split predictably with minimal vibration
Protecting rebar and adjacent finishes
- Strip concrete to expose sufficient rebar length before cutting
- Cover adjacent surfaces with plywood or fire blankets to shield from chips and sparks
Workflow: from plan to finished cut
A disciplined workflow saves hours and prevents rework.
1) Understand the requirement
- Confirm dimensions, tolerance, and finish (e.g., edge chamfer, sealant recess)
- Clarify whether the cut is temporary (for access) or permanent (final opening)
2) Survey the location
- Identify hazards, access, ventilation, and power/water sources
- Scan for services and rebar; confirm structural approvals
3) Set up the work area
- Establish barriers and signage; control pedestrian and vehicle traffic
- Prepare dust control (wet or extraction) and spill containment for slurry
- Stage tools, spare blades, PPE, and a fire extinguisher if hot works
4) Measure and mark
- Use a square, straightedge, and chalk line; double-check diagonals
- Mark waste and keep lines visible even when wet (wax pencils help)
5) Execute the cut/break
- Pre-score shallow; proceed with multiple passes
- Maintain steady feed pressure; avoid side-loading the blade
- Stop periodically to check alignment and cooling
6) Finish and verify
- Deburr, bevel, or polish as specified
- Check dimensions with a tape and level; document with photos if required
7) Clean up and handover
- Remove slurry and dust; segregate waste
- Sign off with supervisor; return tools, log blade hours, and note defects
Daily quick checklist
- Permit obtained if needed (hot works)?
- PPE in good condition and worn correctly?
- Right tool and blade for material selected?
- RCD in place and cables safe from water/traffic?
- Dust control ready (wet feed or extractor)?
- Area barricaded and signposted?
- Measurements checked twice?
- Fire watch assigned for spark-producing tasks?
- Waste and cleanup plan set?
Quality and productivity: how to measure success on site
Quality targets to aim for
- Straightness deviation: under 2 mm per 1 m for most general work (confirm project spec)
- Chip-out: below 5 mm beyond cut line for exposed edges; none for waterproofing details
- Square cuts: corners within 1-2 degrees of 90 for framing and tile layouts
- Finish: appropriate to the trade following you (e.g., rough for bonding surfaces, smooth for visible edges)
Productivity benchmarks (indicative)
- Concrete sawing: 3-6 linear meters per hour at 100 mm depth with a 350 mm wet saw, depending on reinforcement and access
- Masonry: 8-15 linear meters per hour on block with a 230 mm grinder and extraction
- Rebar: 50-100 cuts per hour with a dedicated rebar cutter, size-dependent
- Tile: 10-20 m2 per hour of straight cutting on a wet saw, complexity-dependent
Track your personal bests under different conditions (dry/wet, tool model, material) to plan accurate durations.
Common causes of rework (and how to avoid them)
- Wrong blade: always confirm the material and choose accordingly
- Inaccurate marking: use a square and double-check diagonals and centers
- Forcing the cut: let the blade do the work; excessive pressure causes wobble and heat damage
- Poor dust control: leads to obscured lines and health risks; set up extraction or water before you start
- Skipping the pre-score: increases edge chipping; always pre-score critical edges
Environmental and waste management on Romanian sites
- Dust control: prefer wet cutting or on-tool extraction; avoid dry cuts indoors
- Slurry: collect and dispose of according to site rules; do not pour into drains
- Segregate waste: concrete and masonry (EWC 17 01), metal (17 04), wood (17 02), mixed construction waste (17 09)
- Noise management: schedule loud works during permitted hours; use barriers where possible
- Water use: conserve and prevent runoff; use recirculating wet saw trays where possible
Training, certifications, and career path in Romania
Entry pathway
- Basic education: completion of secondary or vocational school helps
- Site induction: SSM and PSI training provided by employer
- Tool training: manufacturer or employer training for saws, grinders, and breakers
Helpful qualifications and courses
- Vocational training (nivel 2-3 EQF) in construction trades (zidar, dulgher, fierar-betonist)
- Specialized modules on diamond drilling and sawing
- First aid basics and fire watch training
- Work at height training if cutting on scaffolds or roofs
Career progression
- Junior helper: learns marking, tool setup, housekeeping, safety
- Skilled helper: independently cuts and breaks common materials, manages dust and permits
- Specialist operator: core drilling, wall sawing, wire sawing; supervises juniors
- Transition to trades: mason, carpenter, concrete worker, or equipment operator
- Lead hand/foreman: plans work, manages teams, controls quality and safety
Typical employers and where to find jobs
- General contractors (antreprenori generali) building residential and commercial projects
- Civil works and road builders working on highways, bridges, and utilities
- Fit-out and renovation subcontractors handling interiors and refurbishments
- Demolition and concrete cutting specialists
- Staffing and recruitment firms placing helpers on short and long-term projects
In major cities like Bucharest, Cluj-Napoca, Timisoara, and Iasi, you will find consistent demand for helpers with strong cutting and breaking skills, particularly on new developments and retrofit works.
Salary ranges and allowances (indicative)
Salaries vary by city, employer, project type, and experience. The figures below are typical advertised ranges for 2025-2026 and are provided for guidance only.
- Entry-level construction helper: approximately 3,500 - 4,500 RON gross per month (about 700 - 900 EUR, using 1 EUR ~ 5 RON)
- Experienced helper with cutting/breaking specialization: approximately 4,800 - 6,500 RON gross per month (about 960 - 1,300 EUR)
- Daily rate contracts may range from 180 - 300 RON per day depending on city and scope
- Overtime, night shifts, travel, and meal allowances can add significantly to take-home pay
Bucharest and Cluj-Napoca often offer higher rates due to demand and cost of living. Timisoara and Iasi are competitive with steady industrial and renovation work.
Note: Tax treatment for construction sector roles has undergone changes in recent years. Always confirm current net pay, allowances, and contributions with your employer or recruiter.
A realistic day-in-the-life of a cutting and breaking helper
- 07:00 - Site arrival, SSM briefing, review of permit needs and daily tasks
- 07:30 - Area setup: barriers, signage, dust control, power/water checks, tool inspection
- 08:00 - Measure and mark first cuts; confirm with supervisor and adjacent trades
- 08:15 - Pre-score and begin primary cuts; manage slurry and debris
- 10:00 - Break; log blade hours and switch or dress blade if needed
- 10:15 - Continue cutting; complete openings; grind and finish edges
- 12:30 - Lunch; review afternoon targets and hot works schedule
- 13:00 - Switch tasks to rebar cutting and timber adjustments for framing crew
- 15:00 - Tidy area; segregate waste; fire watch if required after hot works
- 15:30 - Final measurements and quality checks; handover to supervisor
- 16:00 - Tool maintenance, charging batteries, record keeping; end of shift
How to impress supervisors and clients in Romania
- Be early and ready: have your PPE, charged batteries, and consumables prepared
- Ask smart questions: confirm tolerances and finishes before starting
- Keep the area clean: housekeeping is a visible signal of quality and safety
- Control dust: show you can cut safely with minimal impact on other trades
- Document work: measure twice, record dimensions, take photos when required
- Maintain tools: clean, inspect, and log usage; report issues proactively
- Communicate: coordinate with masons, carpenters, and electricians to avoid clashes
Tool care and maintenance: make your kit last longer
- Daily inspections: guards secure, switches functional, no frayed cables, discs within expiry
- Blade care: avoid overheating; dress glazed blades on a dressing stone; store dry and flat
- Ring test bonded abrasive wheels before mounting
- Battery management: use approved chargers; avoid extreme temperatures; mark suspect packs
- Lubrication and torque: follow manufacturer schedules for bearings and fasteners
- Spares kit: keep flanges, nuts, wrenches, water nozzles, and spare filters on hand
Practical, actionable advice: quick-reference tips
- Always pre-score critical edges to minimize chipping
- For concrete, make multiple shallow passes; do not try to cut full depth in one go
- Choose wet cutting wherever possible for dust control and blade life
- Use a track or straightedge guide for long straight cuts on tile, masonry, and timber
- Label offcuts and finished pieces with size and orientation for the next trade
- When in doubt about hidden services, scan again and open a small inspection window first
- For rebar, cut slightly long and grind back to spec to avoid undersizing
- Keep two grinders: one set up for cutting, one for grinding - it saves time switching discs
- Maintain a personal cut log: material, blade type, meters cut - helps plan consumables
- Rotate tasks to manage HAV and noise exposure; take micro-breaks to reduce fatigue
- Use wax pencils or paint markers that remain visible when wet
- Never remove a guard to gain reach; choose the right tool instead
- For tiles, cut face-up and tape the glaze to prevent chips on visible edges
- Store blades vertically on a rack; protect edges with covers
- Photograph complex layouts before cutting to capture the plan and approvals
Romanian city snapshots: what to expect on site
- Bucharest: High-rise residential and office projects, fit-outs, and infrastructure upgrades. Tight schedules and strict dust/noise rules indoors. Expect more wet cutting and extraction.
- Cluj-Napoca: Residential expansions and tech parks. Mixed new build and renovation; precision cuts for modern interiors are common.
- Timisoara: Industrial and logistics facilities, roadworks. Larger-scale concrete and asphalt cutting; emphasis on productivity and controlled breaking.
- Iasi: Public buildings, universities, and heritage renovations. Sensitive environments and careful, low-vibration techniques often required.
Conclusion and call-to-action
Cutting and breaking are the backbone skills that keep a site moving. When you combine safe setup, the right tool and blade, accurate marking, controlled technique, and disciplined cleanup, you become the helper every foreman wants on their team. Romania's construction market across Bucharest, Cluj-Napoca, Timisoara, and Iasi offers steady demand for exactly these capabilities.
If you are ready to take the next step - whether that is finding your first site role, moving into a specialist cutting position, or joining a contractor that values safety and skill - connect with ELEC. Our recruiters understand the Romanian market, the employers who invest in training, and the projects where your expertise can shine. Reach out today to discuss current opportunities, expected pay, and how to present your skills to stand out.
FAQ: Construction helpers focused on breaking and cutting in Romania
1) Do I need formal certification to operate cutting tools in Romania?
Formal certification is not always mandatory for standard saws, grinders, and breakers, but SSM and PSI training are required, and employers often insist on tool-specific training. For specialized equipment like wall saws, wire saws, or large core drills, formal manufacturer training is preferred. Always complete the site induction and follow your employer's competency rules.
2) How do I choose between wet cutting and dry cutting?
Prefer wet cutting for concrete, masonry, and tile to control dust and extend blade life. Use dry cutting only with blades rated for dry use and when water is impractical or prohibited. Indoors, if wet cutting is not possible, use on-tool extraction with M- or H-class vacuums and wear an FFP3 respirator.
3) What is the best way to avoid hitting rebar or services?
Scan the area with a rebar/pipe/cable detector and mark findings. Review drawings and ask the engineer or supervisor to confirm. For critical cuts, make a small pilot opening to inspect before proceeding. Never cut structural reinforcement without written approval.
4) What salary can I expect as a specialized helper in Bucharest or Cluj-Napoca?
As an indication, helpers with cutting and breaking skills often see gross monthly salaries around 4,800 - 6,500 RON (roughly 960 - 1,300 EUR) depending on experience, project type, and shifts. Entry-level roles may start around 3,500 - 4,500 RON gross. Always confirm the current offer and allowances.
5) Which tools should I master first to be employable quickly?
Start with safe and confident use of angle grinders (125 mm and 230 mm), cut-off saws, demolition hammers (SDS-Max), circular saws for timber, and wet tile saws. Learn blade selection, dust control, and basic maintenance for each. This core set covers most helper tasks.
6) How can I reduce vibration exposure when using a jackhammer all day?
Plan task rotation, use anti-vibration gloves and handles, keep bits sharp, apply only enough pressure to let the tool work, and limit trigger time with regular breaks. Track exposure to stay within EU action and limit values. Discuss lower-vibration tool options with your supervisor.
7) What should go in my personal cutting kit?
Bring a measuring tape, combination square, chalk line, permanent markers, wax pencils, PPE (including FFP3 masks), a utility knife, spare earplugs, and a small brush. If allowed, keep your own straightedge guide and a basic dressing stone for diamond blades.