CAD File Processing
Assess supported design files and the information that may be extracted from suitable files, with results validated against representative examples.
Manufacturing Software
Manufacturing Software Solutions for Design-to-Quotation Workflows
eSquall helps custom manufacturers assess and build software for the work between receiving a customer design and preparing a quotation. We review your workflow, representative design files, existing systems, and information handoffs to define where supported CAD processing, design preparation, or system integration may help.
Why Manufacturers Work With eSquall
Reduce Repeated Work Between Design and Quotation
When drawings, job details, measurements, and pricing information move between teams or systems, staff may need to re-check files, re-enter data, or clarify missing details. eSquall assesses these handoffs and helps define software that supports the workflow your team already uses.
What we can help with
Where eSquall Can Support Your Workflow
Start with the part of your workflow that creates the most repeat work. We assess the systems, information, and review steps involved before recommending a scope.
Design Preparation
Evaluate flat-pattern preparation for suitable sheet-metal models and the transfer of prepared flat geometry into downstream workflows.
Quotation Workflow Support
Help make reviewed job information available to estimating teams, reducing repeated entry where systems and processes support it.
System Integration Assessment
Review the software, interfaces, permissions, and data flows involved before recommending an integration.
These are areas to assess and scope. The final solution depends on representative files, existing software, pricing rules, and validation requirements.
Who We Support
Built for Drawing-Based Metal Fabrication
Our initial manufacturing focus is custom sheet-metal businesses that receive customer designs and prepare parts for quoting and production.
Custom Sheet-Metal Parts
Custom brackets, trays, panels, and housings that need drawing review, dimension checks, material estimates, and quotations.
Flat Laser-Cutting Shops
Laser-cutting workflows depend on usable 2D cutting outlines, correct dimensions, material specifications, and suitable production preparation.
Cutting and Bending Fabricators
Cutting and bending work may need suitable 3D sheet-metal models unfolded into flat patterns before cutting and estimating.
Precision Sheet-Metal Shops
Precision fabrication involves detailed specifications, tolerances, drawing revisions, and quotation requirements that must be reviewed carefully.
How the Workflow Works
From Customer Design to Production
A typical enquiry moves through several teams before it becomes a quotation and production job. eSquall focuses on the information handoffs within this workflow.
01
Customer Enquiry
Customers submit design files and job requirements, potentially including material, thickness, quantity, required operations, quality specifications, and delivery expectations.
02
Enquiry Review
The manufacturer checks whether submitted files open correctly and whether the information required for estimating is complete.
03
Engineering Review
The relevant team checks geometry, units, drawing revisions, dimensions, and manufacturing suitability.
04
Estimating and Quotation
Reviewed design information is combined with approved material costs, machine rates, and operation rates to prepare a quotation.
05
Order and Production Preparation
After quotation acceptance, the manufacturer plans materials, production capacity, and the instructions needed for manufacturing.
06
Inspection and Delivery
Finished parts are inspected, delivered, and processed through the relevant delivery and invoicing workflows.
Clearer information at each handoff can help teams review the right file, revision, and job details before moving to the next step.
Design Files and Processing Scope
Turning Design Files into Usable Manufacturing Information
We assess the file formats, geometry, units, and processing routes involved in your workflow. File support is confirmed through representative sample files and agreed expected outputs, not by file extension alone.
File Formats We Assess
2D Drawing Geometry
DXF files can contain lines, arcs, circles, and polylines that may be used to prepare suitable cutting outlines and extract measurements.
CAD Drawings
DWG files may contain two-dimensional or three-dimensional geometry, notes, and multiple views. The relevant part and units must be interpreted correctly.
3D Geometry Exchange
STEP files allow three-dimensional geometry to be transferred between CAD applications. Suitable sheet-metal models may require additional preparation before unfolding.
SOLIDWORKS Part Files
Suitable part models may be processed through an import and sheet-metal preparation workflow, subject to compatibility and validation.
Autodesk Inventor Part Files
Inventor part files are relevant to the existing reported processing workflow. Actual compatibility depends on the file and supported processing route.
Conceptual illustrations, not eSquall product screenshots or verified processing outputs.
Sheet-Metal Design Preparation
From 3D Design to Flat-Pattern Preparation
For suitable sheet-metal models, we assess whether a 3D design can be prepared as a flat pattern and whether the resulting flat geometry can be used in a nesting workflow.
Stage 1
3D Sheet-Metal Model
The model represents the finished component and its geometry.
Stage 2
Flat Pattern
A suitable model can be unfolded into a flat pattern for cutting preparation and estimating.
Stage 3
Nesting Layout
Nesting arranges prepared flat parts on a sheet. The resulting layout can be reviewed as part of material planning; results depend on the parts, sheet specifications, and nesting rules.
Illustrative sequence only. Unfolding suitability and bend assumptions require validation; nesting uses prepared flat geometry, not raw STEP files. No material-saving or accuracy guarantee is implied.
Existing Systems and Integrations
Working Across Manufacturing Systems
Your workflow may involve separate CAD, nesting, CAM, estimating, ERP, CRM, and accounting systems. We assess which systems hold the source of truth, what information needs to move, and whether a suitable integration path exists.
CAD and Design
AutoCAD, SOLIDWORKS, Autodesk Inventor, Autodesk Fusion
Nesting
SigmaNEST, TruTops Boost
CAM and Machine Programming
ProNest, Lantek, Autodesk Fusion and other relevant manufacturing tools
Quotation and Estimating
SigmaQUOTE, Paperless Parts, SecturaFAB
ERP and Business Management
ECI M1, JobBOSS², Global Shop Solutions
CRM and Accounting
Salesforce, HubSpot, QuickBooks, Xero
Software examples from the assessment, not confirmed eSquall integrations or endorsements.
When employees repeatedly transfer the same information between systems, a custom software solution or integration may be worth evaluating. The appropriate approach depends on the client's existing applications, available interfaces, data ownership, and validation requirements.
How We Work With You
Solutions Aligned with Your Manufacturing Workflow
Map Your Workflow
Review how design files are received, checked, quoted, and prepared for production.
Validate the Technical Scope
Assess representative files, required outputs, existing software, and integration options.
Define the Right Solution
Agree on the software, processing, integration, and validation work required before development begins.
What we are working on
Project Experience
Our manufacturing work includes an ongoing design-to-quotation workflow project involving supported CAD file processing, selected part-information extraction, flat-pattern preparation for suitable sheet-metal models, and nesting of prepared flat geometry. Project scope, file support, and outcomes are validated against representative files and client requirements.
Manufacturing Software FAQs
Manufacturing Software FAQs
Start With Your Current Workflow
Let's Discuss Your Manufacturing Workflow
Tell us how your team receives design files, reviews job details, prepares quotations, and moves information between systems. We can assess your workflow and discuss what may need to be validated before a solution is scoped.