CadSyntra

Services

Technical capabilities applied to CAD processes.

Services describe what CadSyntra can develop or carry out. The right combination depends on the routine, environment, and outcome to be achieved.

How to assess

From technical capability to your operating context.

Every engagement starts by understanding the process. The deliverables below are indicative: scope, deployment, maintenance, and validation criteria are defined after assessment.

Start with the problem in Solutions
01

AutoCAD workflow automation with .NET and AutoLISP

Problem addressed

Repeated manual operations in AutoCAD slow the workflow, introduce variation, and make it harder to sustain.

When it may be a fit

  • A recurring sequence requires many manual commands or checks.
  • The team needs to apply the same rule more consistently.
  • An existing routine needs to be reorganized, maintained, or extended.

Capability offered

Map steps, inputs, and exceptions to develop automation compatible with the agreed workflow.

Indicative deliverables

Possibilities to define in scope, not a fixed package.

  • Routines that reduce repetitive manual operations.
  • Custom commands and workflows.
  • Technical documentation and deployment guidance when included in scope.

Potential outcomes

  • Fewer manual steps in parts of the process suited to automation.
  • More consistent execution of the rules covered by the tool.
  • A clearer basis for maintaining and evolving the routine.

Technologies in context

AutoCAD, .NET with C#, and AutoLISP may be combined according to the environment, complexity, and deployment model.

Limits and assessment

Not every step should be automated. AutoCAD versions, dependencies, exceptions, input data, and validation criteria must be assessed before defining the solution.

Public examples

Public demonstrations and examples use original or anonymized data. Projects and clients are identified only with explicit authorization.

02

Custom CAD plugins and tools

Problem addressed

When isolated commands are not enough, the team may need a structured tool built around its rules and interfaces.

When it may be a fit

  • The process requires commands, checks, or interfaces that do not exist in the current workflow.
  • Several related steps need to work as one coherent internal tool.
  • Automation requires more controlled deployment and evolution.

Capability offered

Design and develop AutoCAD plugins, commands, and interfaces adapted to the existing process and the responsibilities agreed for the project.

Indicative deliverables

Possibilities to define in scope, not a fixed package.

  • Plugins loadable in AutoCAD.
  • Custom commands, interfaces, and workflows.
  • Internal tools aligned with the team's process.
  • Technical documentation and deployment guidance when agreed.

Potential outcomes

  • A more coherent flow for the operations in scope.
  • Technical rules concentrated in a tool suited to the process.
  • A better basis for maintaining and extending the planned functions.

Technologies in context

Implementation may use .NET with C#, AutoCAD APIs, and AutoLISP when that combination fits the tool's responsibility.

Limits and assessment

Compatibility, distribution, permissions, dependencies, and maintenance vary by environment. Architecture and features can only be defined after assessment.

Public examples

Interfaces and workflows may be demonstrated with drawings and data prepared for presentation. Client material depends on confidentiality and explicit authorization.

03

CAD integration with systems, files, databases, or APIs

Problem addressed

Data kept in systems and files disconnected from AutoCAD requires manual transfers and breaks process continuity.

When it may be a fit

  • The drawing depends on data held in another system or database.
  • Files need to be read, generated, or validated in a controlled way.
  • CAD data needs to take part in a wider workflow through an existing API or service.

Capability offered

Define exchange points and develop integrations between AutoCAD and external sources while respecting contracts, permissions, and environment constraints.

Indicative deliverables

Possibilities to define in scope, not a fixed package.

  • Controlled file reading and generation.
  • Integration with existing APIs, databases, or systems.
  • Commands and workflows for querying, validating, or transferring data.
  • Technical integration documentation when included in scope.

Potential outcomes

  • Fewer manual transfers at the integrated points.
  • A clearer data flow between CAD and the systems in scope.
  • Explicit validation and handling criteria for the planned exchanges.

Technologies in context

AutoCAD APIs, .NET with C#, file formats, databases, and external services are assessed against existing contracts and constraints.

Limits and assessment

Feasibility depends on access, formats, APIs, permissions, data quality, and security rules. Integration with every environment is not assumed.

Public examples

Public examples use prepared or anonymized data. Client systems, projects, and results are shown only with explicit authorization.

Transparency

Examples provide direction; assessment defines the project.

Potential outcomes vary with the process, environment, data, and scope. No example is a universal package, and public materials respect authorization and confidentiality.

A different requirement

Not sure which service applies?

Describe the routine, constraints, and expected outcome. The Contact page provides general contact and quote request options with the minimum information for an initial assessment.

Understand the next step