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Engineering Solutions

Solve common engineering problems with professional software tools and workflows.

Engineering Drawing Layout and Batch Output

Engineering Challenge
Manually arranging multiple engineering drawings is inefficient and leads to significant paper waste.
Typical Input
Creo drawings, drawing lists, sheet formats, paper sizes
Processing Workflow
Detect sheet size → Optimize layout → Generate print queue
Deliverables
Nesting results, utilization report, print history
Tusyndon Drawing Nester

Engineering Drawing Release and Delivery Packages

Engineering Challenge
Drawing release processes are cumbersome and format conversion is prone to errors.
Typical Input
Drawings, model references, output formats, and naming rules
Processing Workflow
Batch export → Format conversion → Folder organization → Delivery package
Deliverables
PDF / DXF files, drawing delivery packages, publishing records
Tusyndon Drawing Publisher

PMI / MBD Review

Engineering Challenge
Annotation completeness checks are time-consuming and prone to missing critical information.
Typical Input
CAD models, PMI, GD&T, datum features
Processing Workflow
Extract PMI data → Validate rules → Flag issues → Generate report
Deliverables
PMI review checklist, issue list, completeness report
Tusyndon PMI Reviewer

CAD Assembly Architecture Modeling

Engineering Challenge
Large assembly architectures are unclear and interface relationships are difficult to track.
Typical Input
CAD assemblies, component trees, interface definitions
Processing Workflow
Parse assembly structure → Extract interfaces → Generate architecture view
Deliverables
System architecture diagrams, interface matrices, review materials
Tusyndon Assembly Architect

Sheet Metal Nesting and Cutting

Engineering Challenge
Sheet metal nesting depends on experience and produces unstable material utilization.
Typical Input
Flat-pattern DXF, material thickness, sheet sizes
Processing Workflow
Import parts → Automatic nesting → Utilization optimization → Cutting list
Deliverables
Nesting diagrams, utilization, remnant list, cut length
Tusyndon Sheet Metal Nester

Pressure Vessel Design and Simulation

Engineering Challenge
Pressure vessel calculations are complex and operating parameters change frequently.
Typical Input
Shells, heads, nozzles, design parameters, operating conditions
Processing Workflow
Parametric modeling → Strength calculation → Simulation preparation → Reporting
Deliverables
Parametric models, calculations, simulation data, design reports
Tusyndon Pressure Vessel Designer

IFC Viewing, Editing, Comparison, and Takeoff

Engineering Challenge
Engineering data is difficult to review, and model comparison and quantity takeoff require extensive work.
Typical Input
IFC models, component properties, classifications, and takeoff rules
Processing Workflow
Import IFC → View and edit → Compare versions → Classify and summarize
Deliverables
IFC data files, difference reports, bills of quantities
Tusyndon IFC EditorTusyndon IFC CompareTusyndon IFC Takeoff

Engineering Innovation and TRIZ

Engineering Challenge
Engineering problem solving depends on individual experience and lacks a systematic method.
Typical Input
Problem descriptions, system composition, constraints
Processing Workflow
Problem definition → Contradiction analysis → Principle matching → Solution generation
Deliverables
Problem cards, contradiction matrices, solution recommendations
Tusyndon TRIZ Studio

Enterprise Engineering Process Automation

Engineering Challenge
Engineering processes are fragmented and data silos are severe.
Typical Input
Multi-source CAD / BIM data and process rules
Processing Workflow
Data integration → Workflow orchestration → Automated execution → Result traceability
Deliverables
Automated workflows, execution records, audit reports

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