Spool register · Level 03 Sample output

318Spools generated

12Held for engineer review

100%Traced to model objects

Spool	Description	Size	Length mm	Source object
SP-03-014	CHW supply, 150mm	150	4,820	Pipe: CHW-S-150
SP-03-015	CHW return, 150mm	150	4,640	Pipe: CHW-R-150
SP-03-022	Condenser water riser	200	6,100	Pipe: CW-R-200
SP-04-007	Supply duct, rect.	600×400	3,200	Duct: SA-R-600
SP-04-011	Sprinkler main	100	5,400	Pipe: FP-M-100
SP-05-003	Hanger run, trapeze	—	2,750	Support: TR-05
SP-05-009	Extract duct, spiral	400	3,980	Duct: EA-S-400
SP-06-001	Steam header	80	2,410	Pipe: ST-H-080
SP-06-004	Chilled beam branch	50	1,860	Pipe: CB-B-050

12 spools are held for engineer review before release. Nothing reaches the shop floor unchecked.

Your shop builds
straight from the model.

We take the approved coordination model to LOD 350–400 and produce the packages your shop needs — spools, isometrics, hanger schedules, cut lists and CNC-ready output.

See what we release

We work in your stack

Tekla StructuresRevitNavisworksAutoCADSDS/2DSTV / NC1DWGIFC

Mechanical & plumbing

Spools your shop can cut from

Spool drawings and isometric views are generated from the model, with weld maps, so the shop works from geometry that was coordinated rather than geometry that was redrawn.

Hangers are placed against the structure that exists in the model, not where the structure was assumed to be, and scheduled with the supports they carry.

Material cut lists and fabrication files in your shop's formats, so the output feeds the machine instead of being retyped into it.

Structural steel

Steel detailed to the shop's tolerance

Connections detailed against your own standards and your connection library, with engineer review before anything leaves.

The erection sequence drawn and scheduled, with member and bolt lists generated from the same model the drawings came from.

DSTV / NC1 straight out of Tekla, so the fabrication file and the drawing describe the same member rather than two versions of it.

Concrete & rebar

Rebar generated, not retyped

Panel drawings produced from the model with cast-in items and lifting points carried through, rather than added back on the drawing afterwards.

Reinforcement modelled and detailed to your bending schedules, laps and cover requirements.

Schedules generated from the model rather than retyped from it, so a change to the geometry moves the schedule with it.

How we work, in four steps.

1.

Take the approved coordination model

2.

Detail to LOD 350–400 against your standards

3.

Generate spools, schedules and cut lists

4.

Release CNC-ready output, engineer-checked

Talk to a VDC lead

Send us an approved coordination model.

The stack

Model, detail, generate, release

RevitNavisworksAutodesk TakeoffBluebeam RevuCivil 3DDynamoRevitNavisworksAutodesk TakeoffBluebeam RevuCivil 3DDynamo

Navisworks QuantificationCostXVico OfficeiTWOTrimble WinEstExcelNavisworks QuantificationCostXVico OfficeiTWOTrimble WinEstExcel

Tekla StructuresRhino + GrasshopperACC / BIM 360SolibriReviztoIFCTekla StructuresRhino + GrasshopperACC / BIM 360SolibriReviztoIFC

Every drawing generated from the object it describes.

Your standards

Detailing rules, connection library, tolerances.

Your tools

Tekla, Revit, Navisworks, AutoCAD, SDS/2, IFC.

Your formats

DSTV / NC1, DWG — the files your machines read.

Your shop builds
straight from the model.

What we release.

Spools your shop can cut from

Steel detailed to the shop's tolerance

Rebar generated, not retyped

How we work, in four steps.

1.

2.

3.

4.

We detail to your standards, in your formats.

The stack

Your standards

Your tools

Your formats

Frequently asked

Do you detail to our standards or yours?

What LOD do you deliver?

Do you need a coordinated model to start?

Can you drive our CNC machines?

Who checks it before it goes out?

What happens when the design changes?

Send us an approved coordination model.