Reads title blocks, revisions, dimensions, schedules and notes from each sheet.
- Never guesses a dimension that is not printed
- Sends an unreadable sheet back
A site readiness review that reads the hospital's construction drawings against the product's planning guide and walks the delivery path with the heaviest load, weeks before the truck.
Follow one CT gantry from the dock to a signed route ↓Before a CT, MR or interventional suite can be delivered, the installation team checks the hospital's construction drawings and readiness checklist against the product's planning guide. Every door, corridor, elevator and ramp on the delivery path has to take the heaviest subsystem, and the room needs the floor, ceiling, trench, power, cooling and network the guide asks for.
A site planner does it by hand, sheet by sheet. The miss that moves an install date, an elevator car rated below the gantry on its dollies or a fan coil a size too small, often shows up close to delivery. By then the hospital's answers sit in a dozen emails with nothing to check them against.
Built forInstall project managersSite plannersField service engineersRegional install managers
Planners check hospital drawings against the guide by hand, so a too-small elevator shows up late.
Checked by hand on each install
Built-in controls
Routes and rooms are settled before the truck, and the hospital gets one list tied to its sheets.
The hospital uploaded construction set rev 3 at 09:12: 27 sheets and a 64-item checklist. The planning guide gives 140 lines for this configuration. Delivery is six weeks away, and the readiness gate falls three weeks before it.
demoThe hospital, the CT system, the drawings, the people and the costs are sample data.
The screen draws the building as a section, heights to scale and lengths shortened: the truck at dock D-1, corridor C-114, door D-114, freight elevator FE-2 down to the lower level, a corridor, ramp R-1, a door, and the scan room. Before the read, no point carries a chip and nothing says met or gap. She starts the read.
The gantry travels the section and stops at the freight elevator. The elevator sheet rates the car at 2,041 kg; the gantry on its dollies needs 2,370. That is 725 lb over, 116% of the car's rating. Car length, width and door width all fit. The counts read 124 met, 7 gaps, 5 that need the hospital's input, 4 tracked.
In the room, the gantry puts 160 psf on a slab drawn for 150, and the cable trench is 75 mm deep. The air handling panel shows the sum: 10.4 kW of equipment heat times 3,412 is 35,486 BTU/h, before lights and people, and fan coil FCU-B18 is drawn at 30,000. The equipment and control rooms meet their lines.
The path walker proposes a ramp route for the gantry alone, by lift-gate truck to the lower service drive and down ramp R-2 on a powered winch with a crew of three, at a $9,800 rigging estimate. Shipping the gantry in two assemblies moves the delivery date out. Asking the hospital to uprate the elevator has no date. The choice is hers.
The site plan sheet for the lower service drive gives exterior ramp R-2 a rise of 900 mm over a 12,600 mm run, a slope of 1:14, 1,830 mm between curbs, and an anchor point for a winch at the top landing. She opens the rigging estimate too. Each opens before the choose button works.
She signs the choice with her reason in her own words: the ramp keeps the delivery date, and she read the survey and the estimate. The section now shows the lift-gate truck on the lower drive and the gantry at door D-B01. The route adds six guide lines; two need the route plan, so the count reads 7 need input.
Rev 2 of the route plan, from the site planner, adds the lift-gate truck, winch, crew of three and floor protection, and the agents checked all six new lines as met. The rigging is over the $5,000 limit, so he opens the plan that carries the estimate before he countersigns. The elevator's line closes by the route change: 131 met, 6 gaps.
Filtered to signatures, the trail shows the project manager's choice, the planner's route plan and his own countersign, each with its meaning, the typed reason and the session. Below them sit last week's signatures on another CT room, released to its truck after opening 12 of 131 met lines. The trail exports as CSV or JSON.
Grouped on one page: gaps such as the slab, the trench, the emergency-off buttons and the remote service connection, items that need the hospital's input, and dependencies tracked for others. The door D-114 height is not dimensioned, so the field service engineer measures it on site. Next, the site planner prepares the notice.
Each sum shows its arithmetic beside the guide line and the sheet it reads.
| Check | Sum | Result |
|---|---|---|
| Freight elevator FE-2 | 5,225 lb needed against 4,500 lb rated: 725 lb over | Gap; ramp route chosen |
| Table on its dolly in FE-2 | 820 kg, or 1,808 lb, against 4,500 lb | Fits |
| Floor under the gantry | 7.65 kPa, or 160 psf, on a slab drawn for 150 psf | Gap until the structural letter |
| Scan room cooling | 10.4 kW × 3,412 = 35,486 BTU/h against 30,000 drawn | Gap |
| Feeder | 187.1 kVA available against 165 kVA needed | Met |
| Exterior ramp R-2 | 12,600 mm run over 900 mm rise: 1:14 | Winch and a crew of three |
| Rigging estimate | $9,800 against the $5,000 limit | Countersign |
demoSample data, from the working solution. Shielding is the hospital physicist's design: the agents track whether it is signed and never compute it.
What the project manager, the field service engineer and the region open before a truck is released.
demoSample data, from the working solution.
They compare and propose. Routes, notices, dates and signatures belong to people.
Reads title blocks, revisions, dimensions, schedules and notes from each sheet.
Takes the planning guide lines for the exact configuration on the order.
Walks the route with the heaviest and largest subsystem and proposes routes past a block.
Does the sums for floor, ceiling, trench, power, cooling, clearances and network.
Tracks whether the physicist's design is signed and which revision the drawings cite.
Places each open item against the gate and the delivery date.
Writes one notice line per finding, citing the guide line and the sheet.
Reading and proposing is the agents' share. Each call below has an owner.
A site readiness review checks that a hospital's room and delivery path can take a piece of capital equipment before it ships. Here the site readiness review reads the construction drawings and checklist against the planning guide, walks the route with the heaviest subsystem and does the room sums.
No. The path walker proposes routes past a block, with dates and costs. The installation project manager chooses, and spend above the limit is countersigned.
No. Shielding is designed and signed by the hospital's qualified medical physicist. The agents only track whether the design is signed and which revision the drawings cite.
The agents recheck each line it touches. A wrong answer stays open, and a close waits for a second person who opened the evidence. A new upload after readiness clears both signatures.
Its facilities project manager uploads drawings and answers, and sees each notice once it is sent. The internal findings, signatures and costs stay with the device maker.
No. The truck dispatch hold stops release until readiness is signed by the project manager and countersigned by the regional installation manager.
One true answer per product version, checked against the SBOM and everything said before.
1-min demoService Contract Entitlement CheckEvery service call covered, billed or quoted from the clause that decides it.
1-min demoInstalled Base Reconciliation and PM SchedulingEvery serial placed from its own records, and every serviced unit gets its PM.
1-min demoWe will walk the delivery path with your heaviest subsystem and list each gap by sheet.