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Workflow suites
Curated entry points for real jobs: woodworking and carpentry, construction layout, automotive fleet data, fluid power, plumbing and piping, sheet-metal fabrication, and standing rigging.
Plan cabinetry and furniture work from takeoff to finish: board feet, cut lists, panel layouts, drawer sizing, joinery spacing, glue, finish coverage and dust airflow.
Take off stock
Start with cut lengths, board feet, sheet count and rough lumber weight before buying material.
Build cabinet parts
Translate openings and panels into doors, drawer boxes, banding and glue-up layouts.
Check behavior and finish
Screen sag, moisture movement, finish coverage, dust airflow and joint spacing before cutting finished parts.
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Open full suiteMove field dimensions into preliminary rafter, stair, deck joist and beam, slab and footing numbers, with ventilation, fastener and material takeoffs on the way.
Lay out field geometry
Convert measurements into rafter, roof ventilation NFA, stair, trim/crown miter geometry and finish-trim stock takeoff.
Estimate deck and fence materials
Plan straight boards, diagonal boards, slab and footing concrete, anchor screens, fence pickets, sheet goods and exterior finish coverage.
Screen wood members
Run preliminary deck joist, deck beam, ledger, opening, span, notch, LVL, sag and lumber-weight checks before detailing.
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Open full suiteGroup route fuel cost, surcharge recovery, freight density, pallet and payload capacity, axle loads and trailer balance into one fleet workflow.
Estimate route cost
Turn miles, fuel economy, diesel spread and speed assumptions into operating cost, surcharge recovery and stopping-distance checks.
Plan freight density
Convert shipment dimensions and pallet layout into density, class and truckload utilization.
Check load margins
Keep payload, axle, ballast, PTO power and trailer tongue loads inside practical limits.
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Open full suiteSize hydraulic and pneumatic actuators, pumps, receivers and hose runs, then screen drive motor amps, overloads and dosing rates for the same line.
Size actuators
Start with hydraulic and pneumatic cylinder force, area, stroke, air-use, receiver-storage, leak-cost and air-pipe sizing screens.
Check circuit flow
Estimate pump flow, pump-drive motor current, overload setting, equipment grounding, motor torque, line velocity, NPSH, orifice flow and hose pressure drop.
Finish support components
Add accumulator, reservoir, valve Cv, chemical feed and O-ring gland checks.
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Open full suiteSize water, drain and hydronic piping end to end: flow and pressure-drop screening, slopes, expansion tanks, water hammer, pipe supports and site drainage.
Size the run
Pick pipe ID, schedule, capacity, hydronic BTU/GPM, pressure drop, volume and hydronic expansion acceptance before detailing.
Lay out the install
Check trench backfill takeoff, rolling offsets, bend developed length, miter and saddle templates, reducer offset layout, gutter/downspout runoff, catch-basin runoff, trench-drain grate/channel/outlet capacity, French-drain storage, swale capacity, sump pump capacity, culvert barrel capacity, drain slope, support spans, thermal movement and HDPE bend radius.
Check operating risk
Screen pressure rating, heat loss, water hammer and dosing support data.
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Open full suiteFlatten brake work from measured K-factor through bend allowance and deduction, tray and cone blanks, press tonnage and powder-coat coverage.
Calibrate bend data
Back-solve K-factor, bend allowance and bend deduction before reusing shop settings.
Flatten the part
Generate box/tray blanks, cone blanks and duct transition estimates.
Check shop limits
Look up gauge thickness, screen press-brake tonnage and estimate powder coating, anodizing or electroplating before releasing the blank.
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Open full suiteRun a thread from print to gauge: size the hole or blank, hold the ASME B1.1 2A/2B limits, plan the cutting passes and verify the pitch diameter over wires.
Size the hole or blank
Tap drill into the 2B minor band for internal threads; blank and limit row for external — straight from the B1.1 formulas.
Cut the thread
Constant-chip-area pass ladder for single-point work, pitch-locked feeds for taps and thread mills.
Verify the fit
Convert the wire measurement to pitch diameter, check it against the limit row, and confirm engagement carries the load.
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Open full suiteKeep sailboat standing-rigging wire size, target tension, load share and turnbuckle checks consistent from spec sheet to dockside tune.
Pick wire size
Estimate stay or shroud wire size from load, breaking strength and safety factor.
Set load share, tension and stretch
Check COG load share, target tension, sling angle factor and elastic stretch for the selected wire and span.
Specify replacement length
Convert pin-to-pin length, terminals and turnbuckle take-up into a replacement cut spec.
Linked resources
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