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M&A Dieterle – Fertigung

Special machinery manufacturing for the textile, pharmaceutical and paper industries as well as plants for automated fibre processing and composite production.

M&A Dieterle Logo

M&A Dieterle GmbH Maschinen- und Apparatebau

Neuhofstr. 26, 73113 OttenbachNew on Amplifa

1964Founded
ca. 90–100Employees
10–50 Mio. €Annual revenue
3Business units

Competence since 1964

M&A Dieterle GmbH Maschinen- und Apparatebau is a Swabian family business founded in 1964, headquartered in Ottenbach near Göppingen with around 90 to 100 employees. The core competence lies in the development, design and assembly of special machinery and custom-built plants. The company is organised into three business units: metalworking, plant engineering for technical process belts and spiral screens, and Open Fiber Systems with plants and process systems for the automated processing of fibres for composite production. The product range includes UD FixedTow machines, the CROSSLAYER for automated preforming and the multifunctional Torque-Fiber-Winding technology awarded the JEC Innovation Award 2016. In addition to plant engineering, the company offers material production as a service (FixTow, SizedTow, Preforms), co-development of components and plant modules as well as its own preforming laboratory for process validation. Supply markets include general mechanical and plant engineering, the textile, pharmaceutical and paper industries, and automation technology.

Site
Ottenbach
Processes
Development and design of special machinery, Plant engineering for technical process belts / spiral screens, Production of covering materials (screens, felts, fabrics) - including the corresponding plants, Metalworking (as a business unit), Fibre spreading, Fibre impregnation, Fibre laying (dry and prepreg), UD FixedTow / UD tape production (spread and powder-tacked tow/tapes)
Materials
Aluminium, Steel, Glass fibres, Carbon fibres, Basalt fibres, Natural fibres, Thermosets, Thermoplastics
Certificates
Visual analysis (microscopy, metallography)
Founded
1964
Employees
ca. 90–100
Industries
Textile industry, Paper industry, Pharmaceutical industry, General mechanical and plant engineering, Automation technology, Fibre composites/composites (lightweight construction)
  1. 01

    Development and design

  2. 02

    Metalworking

  3. 03

    Machinery and plant assembly

  4. 04

    Material production (FixTow, SizedTow, Preforms)

  5. 05

    Preforming laboratory for process validation

  6. 06

    Co-development with customers

Locations

Standort Ottenbach

Ottenbach

DE

Headquarters, production, development and preforming laboratory

Lot size
Prototype, small series (plants and material production)
Materials
Aluminium, steel, glass, carbon, basalt and natural fibres, thermosets and thermoplastics, GFRP/CFRP
  • UD FixedTow machine
  • CROSSLAYER (automated 2D dry fibre or prepreg lay-up)
  • Torque-Fiber-Winding plant (1.50 x 2.00 m)
  • Modular R&D plants for fibre processing (sizing, spreading, impregnating)
  • Custom fibre-laying machines (e.g. robot-integrated, multi-head machines)
  • Pilot plants for natural fibre processing
  • Preforming laboratory

Plants and Components

UD prepreg tapes and drapable fabrics
UD prepreg tapes and drapable fabricsTorque-Fiber-Winding · Fibre composites/lightweight construction
Preforms and FixTow/SizedTow semi-finished products
Preforms and FixTow/SizedTow semi-finished productsFibre laying and preforming · Fibre composites/lightweight construction
Plants for technical process belts and spiral screens
Plants for technical process belts and spiral screensSpecial machinery manufacturing · Paper and textile industry

Inside the production

Production and special machinery manufacturing in Ottenbach
Production and special machinery manufacturing in Ottenbach
Plant technology for automated fibre processing
Plant technology for automated fibre processing
Preforming laboratory for process validation
Preforming laboratory for process validation
Metalworking and machine assembly
Metalworking and machine assembly

Industries

Textile industryPaper industryPharmaceutical industryGeneral mechanical and plant engineeringAutomation technologyFibre composites/composites (lightweight construction)Construction (natural-fibre-reinforced lightweight structures)Construction (natural-fibre-reinforced lightweight structures, ERNA project)

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
Development and design of special machineryEngineering––––Aluminium, Steel, Glass fibres, Carbon fibres, Basalt fibres, Natural fibres, Thermosets, Thermoplastics
Plant engineering for technical process belts / spiral screensAssembly–––––
Production of covering materials (screens, felts, fabrics) - including the corresponding plantsAssembly–––––
Metalworking (as a business unit)Machining––––Aluminium, Steel
Fibre spreadingTextile technology––––Glass fibres, Carbon fibres, Basalt fibres, Natural fibres
Fibre impregnationTextile technology––––Glass fibres, Carbon fibres, Natural fibres
Fibre laying (dry and prepreg)Textile technology––––Glass fibres, Carbon fibres, Natural fibres
UD FixedTow / UD tape production (spread and powder-tacked tow/tapes)Textile technology––––Carbon fibres, Glass fibres
Preforming (automated with prepreg or dry fibre laying, CROSSLAYER)Textile technology––––Carbon fibres, Glass fibres, Natural fibres
Multifunctional Torque-Fiber-Winding for UD prepreg productionTextile technology––––Thermoplastics, Carbon fibres, Glass fibres
Production of textile unidirectional UD prepregs (tapes, thin drapable fabrics withTextile technology––––Thermoplastics, Carbon fibres, Glass fibres
Material production as a service (FixTow, SizedTow, Preforms)Textile technology––––Carbon fibres, Glass fibres
Co-development (components, plant modules)Engineering–––––
Natural fibre processing and production of natural fibre semi-finished productsTextile technology––––Natural fibres, Polymer gypsum
Automated processing of fibres for composite production (modular plants, Open FiberTextile technology––––Glass fibres, Carbon fibres, Basalt fibres, Natural fibres
Nonwoven and mat productionTextile technology––––Glass fibres, Carbon fibres, Natural fibres
Visual analysis (e.g. microscopy, metallography)Testing–––––
Plant engineering and automation technology, handling technologyAssembly–––––

7 Anlagen & Maschinen

MachineManufacturer / modelQuantityWorking areaYear builtSite
UD FixedTow machineM&A Dieterle UD FixedTow–––Ottenbach
Crosslayer (automated 2D dry fibre or prepreg lay-up)M&A Dieterle CROSSLAYER–––Ottenbach
Torque-Fiber-Winding plantM&A Dieterle Multifunctional Torque-Fiber-Winding–1.50 x 2.00 m–Ottenbach
Modular R&D plants for fibre processing (sizing, spreading, impregnating)M&A Dieterle–––Ottenbach
Custom fibre-laying machines (e.g. robot-integrated, multi-head machines)M&A Dieterle–––Ottenbach
Pilot plants for natural fibre processingM&A Dieterle–––Ottenbach
Preforming laboratoryM&A Dieterle–––Ottenbach

Additional services

Special machinery manufacturing, development and designMaterial production (FixTow, SizedTow, Preforms)Co-development (components, plant modules)MetalworkingMachine assemblyR&D of plants and processesPreforming laboratory for process validation

Quality

Processes are validated in the company's own preforming laboratory; visual analysis includes, among other things, microscopy and metallography in research and development.

EvidenceOttenbach
Visual analysis (microscopy, metallography)

History

  1. 1964

    Founded as a Swabian family business with core competence in the development and design of special machinery.

  2. 2016

    On 22.09.2016, JEC Innovation Award in the Semi-Product Equipment category for the multifunctional Torque-Fiber-Winding at Experience Composites in Augsburg.

  3. 2016

    Since around 2010/2016, development of modular plants for automated fibre processing (Open Fiber Systems); supplier to the textile, pharmaceutical and paper industries as well as automation technology.

  4. Project partner in the bioeconomy project ERNA (recyclable natural-fibre polymer gypsum composites and automated processing methods for hybrid lightweight structures).

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