NestingCalc Calculators

Measured conclusion: Deep-tested. L2 outcome: tools_ok.

37 cutting and woodworking calculators: cut lists, sheet nesting, timber volume, kiln drying

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{
  "mcpServers": {
    "NestingCalc Calculators": {
      "url": "https://mcp.nestingcalc.com/mcp",
      "transport": "streamable-http"
    }
  }
}

Measured tools (37)

• linear_cutting_optimizer

  Optimize 1D cutting plans for bars, pipes and profiles (linear cutting stock problem, best-fit decreasing heuristic). Returns bars used, per-bar cut lists with positions, total waste and unplaced parts. A web_url with the plan prefilled is included for a visual SVG diagram.

  Parameters:

  • unit (required) — string — Unit for all lengths
  • stock_length (required) — number — Length of one stock bar
  • parts (required) — array — Parts to cut
  • kerf — number — Saw blade width consumed by each cut
  • trim — number — Unusable trim at bar ends
  • stock_count — integer — How many stock bars are available

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• sheet_cutting_optimizer

  Optimize 2D guillotine cutting plans for plywood, MDF, glass, sheet metal (2D nesting with kerf, per-part rotation lock for grain direction, optional sheet trim and multiple stock sizes). Returns sheets used, piece positions, utilization, estimated cut length/count and unplaced pieces. Includes a web_url with the plan prefilled for a visual layout diagram.

  Parameters:

  • unit (required) — string — Unit for all dimensions
  • stock_width (required) — number — Sheet width
  • stock_height (required) — number — Sheet height
  • pieces (required) — array — Pieces to cut
  • kerf — number — Blade/saw width consumed by each cut
  • stocks — array — Optional mixed stock sizes; replaces stock_width/stock_height/stock_count when given
  • trim_x — number — Symmetric trim removed from left/right sheet edges (damaged edges)
  • trim_y — number — Symmetric trim removed from top/bottom sheet edges
  • stock_count — integer — How many sheets are available

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• board_feet_calculator

  Calculate board feet and lumber cost (thickness x width x length / 144 in inches). Accepts multiple boards and an optional price quoted per board foot or per MBF (thousand board feet).

  Parameters:

  • boards (required) — array — Boards (dimensions in the chosen unit)
  • unit — string — Unit for board dimensions
  • price — number — Optional price per price_unit
  • price_unit — string — Unit the price is quoted in: single board foot or MBF (1,000 bf)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• miter_angle_calculator

  Miter angles three ways: corner mode (any corner angle between two pieces), sides mode (regular polygon with N sides), crown mode (miter + bevel for crown molding at a spring angle).

  Parameters:

  • mode (required) — string — Calculation mode
  • sides — integer — sides mode: number of sides of the frame/polygon
  • corner_angle_deg — number — corner mode: interior corner angle, e.g. 90 or 135
  • spring_angle_deg — number — crown mode: spring angle, typically 38 or 45

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• lumber_weight_calculator

  Weight of lumber by species, dimensions, quantity and moisture (dry/fresh), using species density tables. Optional custom density in kg/m3.

  Parameters:

  • species (required) — string — Wood species key
  • thickness_mm (required) — number
  • width_mm (required) — number
  • length_m (required) — number
  • qty — integer
  • moisture — string — fresh (green) wood uses 1.5x density (+50% weight)
  • custom_density_kg_m3 — number — Overrides species density

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• rebar_takeoff

  Rebar weight takeoff (d2/162 rule): total length, weight in kg and bars per tonne for a list of rebar lines. Supports metric mm bars and US # sizes as diameters.

  Parameters:

  • lines (required) — array — Rebar lines

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• metal_weight_calculator

  Weight of metal stock per profile: pipe/tube (OD + wall), round bar, square/rectangular tube, flat bar, angle, beam/I-beam. Materials: steel, stainless, aluminum, copper, brass.

  Parameters:

  • profile (required) — string
  • material (required) — string
  • length_m (required) — number — Length in meters
  • qty — integer
  • od_mm — number — pipe/round-bar: outer diameter
  • web_mm — number — beam: web thickness
  • wall_mm — number — pipe/tubes: wall thickness
  • width_mm — number — rect-tube/flat-bar/angle/beam: width
  • height_mm — number — rect-tube/beam: height

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• cnc_feeds_speeds

  CNC spindle RPM and feed rate from tool diameter, flute count, chip load and cutting speed. Works for routers and mills, metric and imperial.

  Parameters:

  • unit (required) — string
  • tool_diameter (required) — number — Cutter diameter (mm or inch)
  • chip_load (required) — number — Chip load per tooth (mm or inch)
  • cutting_speed (required) — number — Cutting speed Vc (m/min or ft/min)
  • flutes — integer
  • machine — string

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• sheet_metal_gauge

  Convert sheet metal gauge to thickness (mm) or thickness to gauge, and compute sheet weight for steel, stainless, aluminum or galvanized steel.

  Parameters:

  • qty — integer
  • mode — string — gauge: from gauge number; mm: from thickness
  • gauge — integer — gauge mode: gauge number, e.g. 16
  • material — string
  • width_mm — number
  • length_mm — number
  • thickness_mm — number — mm mode: thickness in mm

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• tile_calculator

  Tiles, boxes and cost for a room: room and tile dimensions, grout width, waste factor by layout pattern (straight, offset, diagonal, herringbone...), optional box size and prices.

  Parameters:

  • room_width_m (required) — number
  • room_length_m (required) — number
  • tile_width_mm (required) — number
  • tile_length_mm (required) — number
  • layout — string — Layout pattern (sets default waste factor)
  • box_size — integer — Tiles per box
  • grout_mm — number
  • price_per_m2 — number
  • price_per_box — number
  • waste_percent — number — Overrides the layout default

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• wallpaper_calculator

  Wallpaper rolls needed for a wall, accounting for pattern repeat and openings. Use a standard roll preset (eu, us-single, us-double, commercial54) or custom roll dimensions.

  Parameters:

  • wall_width_m (required) — number
  • wall_height_m (required) — number
  • openings_m2 — number — Area of doors/windows to subtract
  • roll_preset — string
  • roll_width_m — number — Custom roll width (overrides preset)
  • roll_length_m — number — Custom roll length (overrides preset)
  • pattern_repeat_m — number — Pattern repeat length

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• baluster_spacing_calculator

  Equal baluster/spindle spacing for a run: number of balusters, exact gap and positions. Enforces a maximum gap (e.g. the 4-inch / 100 mm sphere code rule).

  Parameters:

  • run_mm (required) — number — Total run length between posts
  • baluster_width_mm (required) — number
  • max_gap_mm — number — Maximum allowed gap (100 mm = sphere rule, 102 mm = 4 in)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• flooring_calculator

  Laminate/vinyl plank takeoff: planks, boxes and cost with offcut reuse between rows (best-fit), expansion gap, layout waste presets and direction.

  Parameters:

  • room_width_m (required) — number
  • room_length_m (required) — number
  • plank_width_mm (required) — number
  • plank_length_mm (required) — number
  • layout — string
  • direction — string — Plank direction
  • expansion_mm — number
  • price_per_m2 — number
  • min_offcut_mm — number — Offcuts shorter than this are not reused
  • price_per_box — number
  • waste_percent — number — Overrides the layout default
  • planks_per_box — integer

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• embroidery_resize

  Resize an embroidery design file (PES or DST) by a scale percentage. Returns stitch stats before/after, a density safety verdict (safe within +/-15%) and the resized file as base64.

  Parameters:

  • file_base64 (required) — string — Base64-encoded PES or DST file
  • scale_percent (required) — number — Target scale in percent, e.g. 80 for -20%

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• hoppus_volume

  Hoppus (quarter-girth) volume of round logs from mid-length circumference and length: (C/4)^2 x L. Returns Hoppus volume, true volume (x 4/pi), Hoppus tons (50 h ft3) and a board-feet approximation, with optional quantity and value per Hoppus unit.

  Parameters:

  • circumference (required) — number — Circumference at mid-length (in or cm)
  • length (required) — number — Log length (ft or m)
  • qty — integer
  • unit — string — imperial: circumference in inches, length in feet; metric: cm and m
  • price_per_hoppus_unit — number — Optional value per Hoppus ft3/m3

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• log_volume

  Cubic volume of a log by classical formula: Huber (mid diameter only), Smalian (both end diameters) or Newton (all three, most accurate). Metric (cm, m) or imperial (in, ft); returns volume in m3 and ft3.

  Parameters:

  • length (required) — number
  • unit — string — metric: diameters in cm, length in m; imperial: in and ft
  • method — string
  • diameter_mid — number — Mid-length diameter (huber/newton)
  • diameter_large — number — Large-end diameter (smalian/newton)
  • diameter_small — number — Small-end diameter (smalian/newton)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• jas_log_scale

  Japanese Agricultural Standard (JAS) log scale: official diameter rounding (floor to 1 cm below 14 cm, even 2 cm at 14 cm and above), oval-log averaging, optional +2 cm ovality adjustment and the length allowance for logs over 6 m. Volume per log and totals in m3.

  Parameters:

  • diameter_small_cm (required) — number — Short-axis diameter in cm
  • length_m (required) — number — Log length in meters
  • qty — integer
  • oval_adjust — boolean — Add the +2 cm ovality adjustment
  • diameter_long_cm — number — Long-axis diameter for oval logs (cm)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• timber_unit_converter

  Convert timber quantities between m3, ft3, board feet, MBF, Hoppus ft3, Hoppus m3 and Hoppus tons, and translate a price quoted in any unit into $/m3 and $/MBF (1 MBF = 2.3597 m3).

  Parameters:

  • value (required) — number — Quantity in the source unit
  • from (required) — string — Source unit
  • qty — integer — Multiplier (number of lots)
  • price — number — Optional price per price_per unit
  • price_per — string

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• green_log_weight

  Weight of a roundwood/log batch at any moisture content: W = volume x basic density x (1 + MC/100), per USDA Wood Handbook 2021 Ch.4. Presets for 14 verified species (acacia, rubberwood, eucalyptus, oak, teak, spruce...) or a custom basic density. Returns oven-dry mass, water mass and tonnes.

  Parameters:

  • volume_m3 (required) — number — Roundwood volume in m3 (Hoppus true, Huber or JAS volume)
  • mc_pct — number — Moisture content % oven-dry basis; defaults to the species' freshly-felled MC (~73% acacia, ~75% rubberwood)
  • species — string — Species key, e.g. acacia-mangium, rubberwood, white-oak, teak
  • basic_density_kg_m3 — number — Custom basic density (oven-dry kg per green m3); overrides the species preset

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• stowage_factor

  Stowage factor SF = cargo volume (m3) / cargo mass (tonnes), with classification against the IMO CSS Code Table 4.1 reference ranges for wood cargoes (sawn timber, tropical logs, plywood...).

  Parameters:

  • volume_m3 (required) — number — Total cargo volume in cubic metres
  • tonnes (required) — number — Total cargo mass in metric tonnes

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• container_loading

  How many uniform cartons fit in a shipping container before cube-out or weigh-out. Presets: 20GP (33.2 CBM nominal, 28,200 kg payload), 40GP (67.7 CBM, 26,700 kg), 40HC (76.4 CBM, 68 usable, 26,500 kg) — all editable. Returns max pieces by volume vs weight, the binding limit, balanced density (kg/m3) and containers needed for a planned quantity.

  Parameters:

  • kg_per_piece (required) — number — Mass per carton (kg)
  • container — string
  • piece_h_m — number — Carton height (m)
  • piece_l_m — number — Carton length (m)
  • piece_w_m — number — Carton width (m)
  • payload_kg — number — Override max payload (kg); route limits are often lower than the container maximum
  • usable_cbm — number — Override usable/stowable volume (CBM)
  • planned_qty — integer — Planned number of cartons (returns containers needed)
  • cbm_per_piece — number — Volume per carton in CBM (alternative to dimensions)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• sawmill_recovery

  Sawmill recovery rate (lumber recovery factor): sawn volume out / roundwood volume in, benchmarked against FAO/EU/SE-Asia reference ranges. Also computes log-rule overrun/underrun: (actual BF - rule BF) / rule BF — Doyle underestimates small logs, so overrun is usually positive.

  Parameters:

  • input_volume_m3 (required) — number — Roundwood volume in (m3)
  • output_volume_m3 (required) — number — Sawn lumber volume out (m3)
  • actual_bf — number — Optional: board feet actually sawn — enables the overrun calculation
  • log_rule_bf — number — Optional: board feet predicted by the log rule (Doyle/Scribner/International)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• moisture_content

  Wood moisture content (WH-2021 Ch.4 Eq. 4-1..4-4). Two modes: (1) sample-based MC_od/MC_wb from wet+dry masses; (2) drying outcome — mass + water lost when going from start MC to target MC. Optional Gb (kg/m³) returns MCmax and MCsink. Basis 'od' (oven-dry, industry default) or 'wb' (wet).

  Parameters:

  • mode — string
  • basis — string
  • dry_mass — number — Oven-dry mass of sample (sample mode)
  • wet_mass — number — Wet mass of sample (sample mode)
  • end_mc_pct — number — Target MC after drying, %
  • start_mass — number — Mass at start of drying (drying mode)
  • start_mc_pct — number — MC at start of drying, %
  • basic_density_kg_m3 — number — Basic density kg/m³ for MCmax/MCsink (max mode)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• wood_shrinkage

  Wood shrinkage from a start MC to an end MC (WH-2021 Eq. 4-9: S_x = S_od × (1 − x/FSP)). Direction: tangential (board width) or radial (board thickness) or volumetric. Picks a species from the wood-species table (16 verified species) or accepts custom S_od + FSP. MC is clamped to FSP — above FSP wood doesn't change dimension.

  Parameters:

  • start_mc_pct (required) — number — Starting MC, %
  • end_mc_pct (required) — number — Target MC, %, must be ≤ start_mc_pct
  • dimension_mm (required) — number — Original dimension in mm (width, thickness, or volume)
  • direction (required) — string
  • species — string — Species key, e.g. 'white-oak', 'rubberwood'
  • custom_fsp_pct — number — Custom FSP %, default 30 (22 for teak)
  • custom_shrink_od_pct — number — Custom green→OD shrinkage %, used if no species

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• wood_emc

  Equilibrium moisture content (EMC) from temperature and RH using the Hailwood–Horrobin sorption model (Simpson 1973 coefficients, desorption branch — WH-2021 Ch.4 Table 4-2). Optional reverse mode: target MC → required RH at the given temperature.

  Parameters:

  • temp_c (required) — number — Air temperature, °C
  • mode — string
  • branch — string
  • rh_pct — number — Relative humidity, 0–100 (emc mode)
  • target_mc_pct — number — Target MC % (reverse mode)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• kiln_capacity

  Kiln charge capacity: wood volume per batch (AH-188 / TechDrying). V_wood = D×R×C × t/(t+s) × f where t=board thickness, s=sticker thickness, f=fill factor (0.85–0.95). Returns wood volume in m³ and board feet (1 m³ = 423.77 BF).

  Parameters:

  • length_m (required) — number — Stack length, m
  • width_m (required) — number — Stack width, m
  • height_m (required) — number — Stack height, m
  • board_thickness_mm (required) — number — Average board thickness, mm
  • sticker_thickness_mm (required) — number — Sticker thickness, mm (default 19)
  • fill_factor — number — Stack fill factor 0–1, default 0.9

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• rough_sizing

  Rough sizing — convert between finished (planed, kiln-dried) and rough-sawn dimensions before drying and planing. Adds planing allowance (default 2.5 mm/face) + saw kerf (default 2.2 mm band) and applies WH-2021 Eq. 4-9 shrinkage. Direction: tangential (board width) or radial (board thickness).

  Parameters:

  • finished_mc_pct (required) — number — Target finished MC, %
  • sawn_mc_pct (required) — number — MC at which the wood is sawn, %
  • direction (required) — string
  • mode — string
  • kerf_mm — number — Saw kerf, mm (default 2.2 band)
  • species — string — Species key for shrinkage (e.g. 'white-oak')
  • rough_mm — number — Rough-sawn dimension mm (reverse mode)
  • planing_mm — number — Planing allowance per face, mm (default 2.5)
  • finished_mm — number — Finished dimension mm (forward mode)
  • custom_fsp_pct — number — Custom FSP %, default 30
  • custom_shrink_od_pct — number — Custom S_od % (used if no species)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• firewood_calculator

  Convert firewood volume between cord (128 ft3), stere/Raummeter (stacked m3), solid m3 (Festmeter), loose m3 and ft3, with optional weight estimate by wood species (dry/fresh).

  Parameters:

  • value (required) — number
  • from (required) — string — Input unit: stere = 1 stacked m3, cord = 128 ft3, loose = bulk m3
  • species — string — Optional species key for weight
  • moisture — string — fresh = 1.5x weight
  • loose_factor — number — Loose m3 per stacked m3 (1.35-1.55 typical)
  • solid_factor — number — Solid m3 per stacked m3 (Festmeter/Raummeter, 0.65-0.75 typical) - the weight runs off this

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• rpm_calculator

  Spindle speed (RPM) from cutting speed: n = Vc*1000/(pi*D) metric, n = Vc*12/(pi*D) imperial. Metric takes diameter in mm and Vc in m/min; imperial takes diameter in inches and Vc in SFM. Includes a web_url with the calculation prefilled.

  Parameters:

  • diameter (required) — number — Tool/workpiece diameter (metric: mm, imperial: inch)
  • cutting_speed (required) — number — Cutting speed (metric: m/min, imperial: SFM)
  • unit — string — Unit system

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• cutting_speed_calculator

  Cutting speed from spindle speed: Vc = pi*D*n/1000 metric (m/min), SFM = pi*D*n/12 imperial. Always also returns the same speed converted to the other unit system. Includes a web_url with the calculation prefilled.

  Parameters:

  • diameter (required) — number — Tool/workpiece diameter (metric: mm, imperial: inch)
  • rpm (required) — number — Spindle speed in revolutions per minute
  • unit — string — Unit system

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• timber_beam_capacity

  Allowable load on a simply supported rectangular timber beam (planning estimate, Eurocode 5 conventions, EN 338 grades C16-D40/D24-D40). Returns allowable UDL and center point load (gross and net of self-weight), governing mode (bending vs deflection at L/300), utilization, section properties. NOT a structural design - verify with an engineer. Includes a web_url with the beam prefilled.

  Parameters:

  • span_mm (required) — number — Clear span between supports in mm
  • width_mm (required) — number — Beam width b in mm
  • height_mm (required) — number — Beam depth h in mm (strong axis)
  • grade (required) — string — Timber grade (EN 338)
  • load_type — string — Load type of interest

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• glass_price_calculator

  Cut-to-size glass cost and weight estimate: net area with optional waste allowance, weight (2.5 kg/m2 per mm of thickness), material cost from your price per m2, optional polished-edge work per running metre, total and per-piece cost. Includes a web_url with the quote prefilled.

  Parameters:

  • width_mm (required) — number — Pane width in mm
  • height_mm (required) — number — Pane height in mm
  • thickness_mm (required) — number — Glass thickness in mm (2-25)
  • price_per_m2 (required) — number — Glass price per square metre
  • quantity — integer — Number of identical panes
  • waste_pct — number — Cutting-waste allowance added on top of net area (%)
  • edge_price_per_m — number — Polished-edge work price per running metre

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• manufacturing_yield

  Cumulative yield through a wood production chain (sawing -> drying -> machining -> finishing). Multiplies stage yields, shows per-stage loss and computes the roundwood volume needed for a target finished volume.

  Parameters:

  • stages (required) — array — Production stages in process order
  • target_output_m3 — number — Finished volume wanted, m3 (reverse mode)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• glue_consumption

  Wood adhesive quantity: bond area x spread (g/m2, TDS presets like PVAc D3 175, EGP 250, finger-joint PUR 530) x application faces x waste allowance. Also computes bond area for edge-glued panels (joints from board width) and face lamination lay-ups.

  Parameters:

  • spread_gsm (required) — number — Spread rate g/m2 (PVAc D3 one face ~175, EGP ~250, finger PUR ~530)
  • faces — string — 1 = single-face, 2 = both mating faces
  • face_lam — object — Face lamination lay-up instead of a direct area
  • waste_pct — number — Application/squeeze-out waste, %
  • edge_panel — object — Edge-glued panel dimensions instead of a direct area
  • bond_area_m2 — number — Total bond-line area, m2
  • density_gcm3 — number — Glue density g/cm3 to get litres (PVAc ~1.08)
  • price_per_kg — number — Glue price per kg

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• paint_coverage

  Wood finishing paint quantity. Technical route: theoretical coverage = 10 x %volume solids / DFT(um), multiplied by transfer efficiency (conventional spray 30-35%, airless ~50%, HVLP ~65-90%, brush/roller ~90%); or a data-sheet coverage in m2/L. Adds an optional extra % for carved/3D surfaces.

  Parameters:

  • area_m2 (required) — number — Surface to coat, m2 (flat projected area)
  • coats (required) — integer — Number of coats
  • solids_pct — number — Volume solids % (mode B)
  • dft_microns — number — Target dry film thickness um (mode B)
  • price_per_l — number — Coating price per litre
  • shape_extra_pct — number — Extra % for 3D surfaces
  • transfer_eff_pct — number — Transfer efficiency % (mode B; HVLP ~70)
  • coverage_m2_per_l — number — Data-sheet coverage m2/L (mode A)

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• cbm_shipment

  Packing CBM for cartons: per-line and lot volume (m3), total weight and lot density, with a cube-out / weigh-out verdict against the 40HC balanced density (390 kg/m3 - same presets as container loading).

  Parameters:

  • lines (required) — array — Carton lines

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

• bom_costing

  Bill-of-materials cost roll-up for furniture: buy quantity = net qty x (1 + waste%, verified presets: S4S lumber 18%, rough 28%, nested panels 10%, hardware 3%), line and total costs, cost per product and a selling price from a target margin (price = cost / (1 - margin)).

  Parameters:

  • lines (required) — array
  • products — integer — Products this BOM covers
  • margin_pct — number — Target margin on selling price, %
  • labor_per_product — number — Direct labour per product

  Hints: read-only not declared · destructive not declared · idempotent not declared · open-world not declared

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