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Prechtl Engineering – Fertigung

Development, design and FEM calculation for mechanical engineering – from idea to finished product

Prechtl Engineering Logo

Prechtl Engineering GmbH

TraunsteinNew on Amplifa

1991Founded
8Employees (as of 2016)
TraunsteinLocation

About us

Prechtl Engineering GmbH is an engineering office for product development, design and calculation based in Traunstein in the Chiemgau region. The company was founded in 1991 by Jakob Prechtl and renamed Prechtl Engineering GmbH in 2009. It offers complete services or individual work steps, from idea generation through feasibility studies, concept development, 3D models and design drafts to drawings, documentation and visualisation. A core area is calculation and simulation using FEM (finite element method), which is employed early in the product development process to make detailed knowledge available faster and to reduce the number of prototypes. For design work, the team uses the CAD systems SolidWorks, CATIA, Inventor, CREO, Solid Edge and NX as well as ERP/PDM interfaces; for simulation, ANSYS is used on a high-performance computing machine. Customers come from the industries of machine tools, medical technology, drive technology, automation, the packaging industry, vehicle construction, special-purpose machinery, the food industry and jig and fixture building. The company employs eight staff and has been an IHK-recognised training company since 2006.

Site
Traunstein
Processes
Calculation and simulation using FEM (finite element method), Product development in mechanical engineering, Development and design (CAD), Documentation, Visualisation, Idea generation, feasibility studies, concepts, 3D models, design drafts, drawings, Product development, Design (CAD: SolidWorks, CATIA, Inventor, CREO, Solid Edge, NX)
Materials
FEM calculation and simulation, CAD design, ANSYS simulation
Certificates
IHK-recognised training company
Founded
1991
Employees
8
Industries
Machine tools, Medical technology, Drive technology, Automation, Packaging industry, Vehicle construction
  1. 01

    Idea generation

  2. 02

    Feasibility studies

  3. 03

    Concept development

  4. 04

    Design (CAD)

  5. 05

    Calculation/Simulation (FEM)

  6. 06

    Documentation and visualisation

Processes and Tools

FEM

FEM calculation and simulation

Early integration of calculation and simulation to accelerate the product development process and reduce the number of prototypes.

CAD

CAD design

Design using SolidWorks, CATIA, Inventor, CREO, Solid Edge and NX including ERP/PDM interfaces.

ANSYS

ANSYS simulation

Simulation on a high-performance computing machine, in use since 2004.

Locations

Standort Traunstein

Traunstein

DE

Head office and engineering office

  • ANSYS on a high-performance computing machine
  • CAD systems (SolidWorks, CATIA, Inventor, CREO, Solid Edge, NX)

Services

FEM flow simulation
FEM flow simulationSimulation · Service
Dynamic FEM calculation of a turbocharger
Dynamic FEM calculation of a turbochargerFEM calculation · Drive technology
Design of a gear wheel for a gearbox
Design of a gear wheel for a gearboxDesign · Drive technology
Calculation of vibration modes
Calculation of vibration modesFEM simulation · Mechanical engineering

Inside the production

Calculation and simulation with FEM
Calculation and simulation with FEM
Robotics application
Robotics application

Industries

Machine toolsMedical technologyDrive technologyAutomationPackaging industryVehicle constructionSpecial-purpose machineryFood industryJig and fixture buildingMechanical engineeringJigs and fixtures

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
Calculation and simulation using FEM (finite element method)Engineering–––––
Product development in mechanical engineeringEngineering–––––
Development and design (CAD)Engineering–––––
DocumentationEngineering–––––
VisualisationEngineering–––––
Idea generation, feasibility studies, concepts, 3D models, design drafts, drawingsEngineering–––––

1 Anlagen & Maschinen

MachineManufacturer / modelQuantityWorking areaYear builtSite
High-performance computing machine (with ANSYS)ANSYS1–2004Traunstein

Additional services

Product developmentDesign (CAD: SolidWorks, CATIA, Inventor, CREO, Solid Edge, NX)FEM calculation and simulationDocumentationVisualisationIdea generationFeasibility studiesConcept development3D modelsDesign draftsDrawings

Quality

The quality of the results is ensured through the use of established CAD and simulation systems such as ANSYS as well as structured project workflows with ERP/PDM integration.

EvidenceTraunstein
IHK-recognised training company

Company History

  1. 1991

    Founding of the Prechtl engineering office by Jakob Prechtl in Traunstein

  2. 1992

    2D CAD and FEM as project focal points

  3. 1998

    First staff growth as a development service provider in mechanical engineering

  4. 1999

    Acquisition of the first 3D CAD system

  5. 2001

    Move to Schaumburger Straße in Traunstein

  6. 2004

    Acquisition of ANSYS with a high-performance computing machine

  7. 2006

    IHK approval as a recognised training company

  8. 2007

    Move to Maxplatz in Traunstein, 6 employees

  9. 2009

    Renaming to Prechtl Engineering GmbH

  10. 2014

    First major international project in the field of machine tools

  11. 2015

    Mathias Mayer joins as managing partner

  12. 2016

    Move to Bahnhofplatz in Traunstein, 8 employees

  13. 2021

    Christian Höglauer joins as managing partner

  14. 2022

    Company founder Jakob Prechtl retires

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