RFQ. Print. Quote. Faster.
Local software that converts incoming drawings into live jobs, carries them through technical review and estimating, and keeps production tied to the same workflow.
Runs fully on your machine. No uploads. No external processing.
The job starts before the quote.
ISONQ does not begin with a blank estimate screen. It begins where the work actually arrives: inboxes, folders, prints, and live shop intake.
Command center and sync
Incoming prints are filtered, staged, and loaded into a single intake surface. Drawing formats are separated from the rest of the noise, indexed locally, and prepared for review without an upload workflow.
The result is a continuous starting point for RFQs instead of disconnected email threads, folders, and manual re-entry.
Drawings come in from monitored sources and become active work instead of attachments sitting in mail.
Files move through the same visible pipeline every time, with each stage exposed instead of hidden.
Part, revision, quantity, and job context are carried forward into the quote side instead of being retyped later.
The same job continues from intake to production rather than hopping between separate tools.
The drawing stays at the center of the review.
The workspace is not a static extraction screen. The print remains live, the floater changes with the active tab, and the job is reviewed in place instead of being flattened into a spreadsheet.
Details
Pass, warn, and flag counts, material ranges, thread and drill checks, surface finish interpretation, tolerance handling, and grouped review data stay tied to the print.
This Job
Material context, tooling requirements, SFM, RPM, IPM, stock signals, and formula references shift the same drawing into machining readiness.
Notes and tables
Notes surface process signals like weld requirements, while tables appear only when the drawing actually contains them. The interaction model stays the same.
Approve the print. Build the estimate. Quote from the same system.
Once the review is handed off, the job does not restart somewhere else. It moves into the estimate builder, where material, setup, machining, tooling, outside services, and inspection roll into the same cost model.
Controlled quote progression
Draft jobs move through Needs Pricing, Quoted, Awarded, In Production, and Completed without a second tracking layer. Accepted work becomes eligible on the production side, so quote status and shop status remain tied together.
Material, setup, machining, tooling, outside services, and inspection are defined in one place, with shop rates and catalog references feeding the same screen.
Machine cost, tooling consumption, coolant, timeline pressure, quoted price, and margin are calculated from the actual job build instead of from a detached spreadsheet.
Run accepted work against real machine state.
When the customer accepts the quote, the job becomes selectable on the dashboard. Machines move through Idle, Setup, Running, and Down while the same system keeps the job, tooling, stock, and next work visible.
Machine board
Each machine card shows the current job, remaining hours, estimated finish, parts completed, and the next assignment waiting behind it.
Tooling depletion and material shortages surface where the work is actually running, so the shop sees execution risk before the machine sits idle.
Configured inside the shop. Run inside the shop.
Material pricing, tooling references, machine rates, shop rates, consumables, suppliers, and client records live inside the same environment that drives the quote and the floor.
Material and tooling lists stay current through shop-maintained data instead of generic assumptions.
Machine cost, setup cost, labor, overhead, and inspection logic stay tied to the actual shop configuration.
Purchasing and scheduling decisions stay manual. The system keeps visibility connected from first print to completed run.