Customize Your Engineering Package with SOLIDEXPERT's Offer Creator

How to get an individual offer

REGISTRATION

Below, we have prepared a detailed form that will help us recognise what solutions and services you need.

ANALYSIS OF YOUR NEEDS

Our consultants will analyse the application to select the best solutions. We may contact you at this stage to clarify your needs.

INDIVIDUAL OFFER

After analysing your needs, we will send you an individual and tailored offer with a detailed list of suggested solutions and prices.

Join the group of over 2,500
satisfied customers!

Over the 19 years of our presence on the market, our company has helped hundreds of companies
to optimise the processes related to design (CAD, CAE), manufacturing (CAM, CNC) and management (PDM, ERP).

They were both small local industrial and construction companies, as well
as large concerns such as PESA, KOSTRZEWA or SECOWARWICK - feel free to contact us!

SOLIDEXPERT Team

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SOLIDEXPERT in numbers

3500

satisfied customers

9500

trained people

training centers

100

specialists

offices in Poland

Certificates obtained

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Indicate the necessary CAD FUNCTIONALITIES and/or CHALLENGES to be solved in your company. Thanks to this, our team of experts will prepare an individual package of solutions for you.

Functionalities

Select SOLIDWORKS features
Challenges

Indicate current challenges in your company

CAD functions

Solid and surface modellingWelded structuresSheet metalInjection mould designToolbox standard parts libraryPolish Standards LibraryCreating professional visualisationsCreating fast renders3D scan processingDesigning pipingDesigning electrical and pneumatic installationsFEM strength analysisMotion analysisSubscriptionNetwork licensing

CAD service

CAD/ECAD software implementation servicePreparing professional visualisations or animationsCAD software auditTraining

CAE features

Linear static analysisNon-linear Static AnalysisLinear dynamic analysisNon-linear dynamic analysisFatigue StrengthBuckling and frequency stabilityImpact tests and drop testsHeat transfer in solidsCalculations of pressure vesselsDesign of bolted and welded jointsTesting of composite materialsParametric and topological optimisationKinematic analysis of mechanismsEvent-based motion controlAnalysis of fluid velocity, pressure and temperatureLaminar and turbulent phenomena, also in the transient stateSupersonic velocity, cavitation phenomenon, free surfaceTesting of ventilation and air-conditioning systemsAdvanced analysis of electronic devicesSimulation of the plastic injection processTesting processes with multi-point injectionAdvanced analysis of moulded pieces cooling and warpingSimulation of the dynamics of objects in the flow domainAdvanced flow model with a free surfaceCFD calculations of large models with high scalabilityStructure-flow interaction modelling

CAE service

Simulation serviceCAE training

CAM functions

2.5D Milling3D MillingIndexed machining 3+2Multi-axis millingHSM Volumill machiningTurningTurning and milling (using C Y axis)Multi-channel turningWEDM machiningAdditive machiningNestingOffline programming of robotsMachine simulation based on NC codeOptimization of the NC code

CAM / Robotisation Services

PostprocesorCAM trainingCNC machiningConstruction and integration of robotic stations

PDM Features

SOLIDWORKS design documentation managementManagement of other programs project documentation (other CADs, MS Office, others)View SOLIDWORKS filesPreview of files of other popular formats, e.g. MS Office, PDF, photos, etc.Management of access rights to files and projectsDocumentation flow and revision, change managementFile version management and history of changesQuick search for files and projectsConvert SOLIDWORKS files to other formats (DWG, DXF, STEP, TIFF, etc.)Serialising SOLIDWORKS filesCreating repetitive folder andFile server replication in multiple locationsAccess via a web browserIntegration of the CADNotifications inside the systemNotifications via external mailboxFile name uniqueness controlSOLIDWORKS part geometry uniqueness check

PDM Services

Generator of Design Change CardsAutomatic conversion of other CAD files (Inventor, DraftSight) to PDF, DXF, DWG, STEPA tool for collecting output files (PDF, DWG, etc.) from the entire project (from various folders) for sharing them with external parties (e.g. subcontractors)Implementation of the SOLIDWORKS PDM systemTraining in the use of the SOLIDWORKS PDM systemTraining in the administration of the SOLIDWORKS PDM systemActive Directory or LDAP login

3DEXPERIENCE platform

Designing parts and assembliesOrganic shape designDesigning sheet metalDesigning welded structuresCreating documentationCreating visualisationsSOLIDWORKS Cloud IntegrationMBOMProject scheduleCreating 3D annotations and tolerancesCreating revisions and workflowsDRAFTSIGHT cloud integrationDesigning cables and wiresDesigning HVAC piping and ventilationDesigning injection mouldMulti-axis millingMilling-turning2.5D milling and turning3D milling2.5D millingAnalysing the injection processSimulation - dynamic analysisSimulation - Statics and Non-linear DynamicsSimulation - Modal DynamicsSimulation - Thermal studies, frequency, bucklingFluid Flow Simulation

Software for the furniture industry

Software for furniture design and production (WOODEXPERT)

ERP solutions

Implementation of the ERP systemBusiness analyticsAudit of processes in the company in terms of ERP solutions

PRODUCT DESIGN AND PRESENTATION

Low performance of the system used for designingThe problem with creating attractive project-related documentation, such as visualisations or operating instructions.The feeling of using CAD software in everyday design work below its real potential.Difficulty combining electrical and mechanical design in CAD software.Lack of confidence that the created CAD projects are in line with good practices, which, for example, results in long assembly rebuild times.Lack of knowledge of add-ons that are received with the purchase of SOLIDWORKS (e.g. Visualise, CAM). A significant amount of repetitive, tedious CAD-related activities that should be automated.Performing similar projects in a CAD program in a short time (optimisation of the time of such projects). Willingness to change the design environment and concerns about the effects of such a decision and the transformation process itself.Difficulties in combining work on files generated by 3D scanners with CAD programs.Lack of sufficient knowledge about the types of CAD software licensing and the benefits of choosing the right one.Lack of sufficient technical support related to the use of the CAD program (errors, questions about functionality).Lack of knowledge about what design solutions are used by your industry competitors.

CALCULATIONS AND SIMULATIONS

Difficulty finding a person among the employees with sufficient knowledge of numerical calculations.The relatively high price of calculation software compared to the number of occasions it is needed in the company.Costs related to the purchase of a properly configured workstation.Concerns about independent work on such advanced tools (CAE) - reliability of subsequent results.Large time constraints per project, where calculations additionally extend the time needed for the process of designingThe need to reduce the weight of a detail (lower production costs) while maintaining strength - topology optimisation.High costs of prototyping and looking for ways to reduce the costs of prototypes.Concerns about a poor library of material data in the program, which reduces its usefulness.Getting used to physical endurance tests and finding them more reliable.Lack of justification for the standard use of SIM/Flow software in own/customer projects.Lack of substantive and didactic support, lack of a person controlling the results of independent simulations.Problem with the correct input of parameters to obtain reliable results.No financial justification compared to traditional calculations.Concerns about whether the calculation results of a given CAD-CAE program are consistent with other calculation systems.

DOCUMENTATION MANAGEMENT

The problem with duplicating work and re-creating already existing details.The problem with file security and the ability to quickly restore them in the event of a failure.Problem with updating project documentation - outdated drawings are mistakenly used - problem with communication between departments.The problem with systematising and unifying standards in the company.The problem with appointing a vault administrator/guardian for controlling the entire structure of files and documentation, e.g. design.Problem with quickly creating a demand in ERP systems for materials needed for production (PDM connector).The need to preview 3D models in production, without purchasing additional software.The current document management system is insufficient and nonprogressive.No implementation of existing management tools despite having their licenses.The problem with overseeing the project, dividing tasks and verifying progress.No possibility to verify the employee's current involvement in projects.Expensive PDM software holds up purchasing decisions.One assembly cannot be worked on simultaneously by several people (e.g. working on a network drive).Designers waste time on activities that should be automated (e.g. generating sheet metal cutting, generating BOM, etc.).Loss of time and ta risk of mistakes when data is transfered manually, e.g. from CAD to ERP.

PRODUCTION AND MACHINING

Long waiting time for the valuation of the detail.Problems with foreign contractors.Problems with making complex details (lack of appropriate machinery).Problems with low efficiency of production preparation and errors during production.Long time of manual g-codes writing or hardened inflexible methods of the standard programs supporting their writing.Unusual g-code generation requirements (requiring post-processor editing), such as offsets, and operations.Hard to find subcontractors for processing large details (over 1m).Limited capabilities of currently used CAM programs (e.g. delivered with the machine).Quality problems after using sharpened tools.Reluctance to purchase CAM software due to serial production of repetitive components.Fear of the impact of implementing new software on current processes and performance.Fear of purchasing advanced CAM software that will not be properly handled.

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