About us

IN GMTK WE COUNT ON THE TECHNOLOGICAL CAPABILITIES OF TEKNIKER RESEARCH CENTER AND THE HISTORY AND EXPERTICE OF LEADING MACHINE TOOLS GROUP MAHER HOLDING-GEMINIS, TO DEVELOP THE BEST MACHINING SOLUTIONS FOR OUR CUSTOMERS.

TEKNIKER MAHER HOLDING

GMTK counts on one of the most reputed European Research Institute, TEKNIKER, to support any technological development to be implemented on the marketed solution. GMTK performs an intense R&D programme in the Advanced Manufacturing Center for Aerospace where GMTK is an active founding member.

ADVANCED SOLUTIONS TO IMPROVE COMPETITIVENESS.

Our Applications Engineering Department is determined to work on solutions that generally exceed our customer expectations both in complex and also in apparently less complex applications. GMTK machines offer higher and longer term accuracy and big improvements of productivity with outstanding reliability.

GMTK'S VALUES

Accuracy

Reliability

Productivity

Customer focus

GMTK'S SERVICES

Turnkey projects

Training

After Sales Service

Proyectos I+D+i


Description and objectives:

The ABIO II project aims to identify, develop and evaluate (in controlled environments with realistic conditions) new concepts, such as new products, services, and advanced solutions specially adapted to the needs of the aeronautical sector.

This, on the one hand, will substantially improve the competitiveness of machined parts manufacturer by providing them with optimized equipment and processes that meet the strict quality and certification requirements of the sector (5-7% OEE increase, 10% FTT and full unit traceability). On the other hand, will make machine tool and component manufacturers and advanced solutions providers the first choice for purchasing in a sector that operates in clearly expanding global market and offers significant profits margins, but which is highly competitive and requires adapted solutions.

The strategic objective of the project is to increase the competitiveness of company's supplying machined parts and subcomponents within the aeronautical sector.

Considering the context of aeronautical sector, the key aspects to increase competitiveness are:

  • Significantly reduce the developments times of the entire production life cycle (design-manufacturing), which forces all components of the value chain (machine tool manufacturers, components and accessories) to significantly reduce their development and fine-tuning times.
  • Increase productivity.
  • Reduce costs.
  • Strengthen the zero-defects strategy.
  • Provide unit traceability throughout the supply chain.

Participants:

PARTICIPATING COMPANIES:

  • IBERMATICA S.A. (LÍDER)
  • EGILE MECHANICS S.L.U.
  • FAGOR AUTOMATION S. COOP.
  • GMTK, MULTI-PROCESS MACHINING S.A.
  • GOI-ALDE HIGH SPEED S.L.
  • IBARMIA INNOVATEK S.L.
  • METROLOGIA SARIKI S.A.
  • SEGULA TECNOLOGIAS ESPAÑA S.A.U.
  • SMART PROCESS MANAGEMENT S.L.

RESEARCH CENTERS:

  • EGILE INNOVATIVE SOLUTIONS A.I.E.
  • FAGOR AOTEK S. COOP.
  • FUNDACIÓN CENTRO DE TECNOLOGIAS DE INTERACCION VISUAL Y COMUNICAC VICOMTECH
  • FUNDACIÓN TECNALIA RESEARCH & INNOVATION
  • FUNDACIÓN TEKNIKER
  • INSTITUTO IBERMÁTICA DE INNOVACIÓN (i3B)
  • IBARMIA INNOVATEK S.L.
  • UPV/EHU - DEPARTAMENTO CENTRO DE FABRICACIÓN AVANZADA AERONÁUTICO, CFAA

Description and objectives:

Hybrid boring head with laser inspection and measurement capability.

Description

Development of high-reliability manufacturing systems for rotating parts with demanding surface integrity requirements - 2

Duration

2014-2016

Funding Body

MINECO

Funding / File No. Expedient

RETOS-COLABORACIÓN 2014 / RTC-2014-1861-4

Coordinator / Participants

ITP Aero / GMTK, DANOBAT, EKIN, IDEKO, UPV/EHU and Mondragon University

Project Overview

This project continues the DESAFIO project that was implemented between 2010 and 2013. DESAFIO-2 continues with developing advanced manufacturing technologies, including new solutions for machines and accessories with applications in machining processes that are commonly used for parts with high surface integrity requirements; new manufacturing methods for broaching; re-engineering to optimise machining processes; the development of process simulation tools and a study of the correlation between process parameters and the surface integrity of the parts.


The DESAFIO ("Development of high-reliability rotating parts manufacturing systems with high surface integrity requirements") Project was developed between 2010 and 2013 and financed by the Spanish Ministry of Science and Innovation (later Ministry of Economy and Competitiveness), under the INNPACTO program, file number IPT-370000-2010-7.

The project was coordinated by ITP Aero in collaboration with GMTK Multi-Process Machining S.A., Etxe-Tar S.A., LAIP S.A., Mondragón Goi Eskola Politeknikoa José María Arizmendiarreta S. Coop., EKIN S. Coop. and the University of the Basque Country/Euskal Herriko Unibertsitatea.

The goal of this project is innovation in products and processes related to the manufacturing of turbine discs with high reliability in aspects related to surface integrity while achieving manufacturing cost reductions that allow improving participants' competitiveness across five manufacturing processes (turning, broaching, milling, drilling and finishing), through the following activities:

  • Conceptual design and development of process best practices in order to study and characterize the current turbine disc manufacturing cycle with the purpose of designing new process sequences based on new machines and best practices.
  • Process monitoring aimed at surface integrity in order to manufacture turbine discs, guaranteeing a constant level of quality in parts by establishing the best defect detection system and increasing the level of knowledge of surface defect generation processes.
  • Validation of surface integrity and component life, with the purpose of defining the acceptable limits for each of the technologies regarding surface conditions and the establishment of new working conditions that can guarantee the surface integrity and fatigue life of parts being built at present, as well as exploring the velocity limits of different tools and new materials and/or designs.
  • Demonstration of the technology acquired in the representative platform, particularly with respect to multitasking machines and actual parts. Testing in a GMTK-Albicein multi-process vertical milling machine of alternative processes to broaching during chipping of fir-trees, using a straight carved head. Development of mills-gashers with interchangeable hard metal plates, featuring tangential and radial cut geometries and development of a helical carving-gashing head.
  • Integration, technology watch, spreading and exploitation of the aforementioned activities.

Products

GMTK Multi-Process
HORIZONTAL RANGE HR

  • HR700
  • HR800
  • HR1000
  • HR1200
  • HR1500
  • HR2000

ø: 700-2.000 mm / 1.500-10.000 mm / max 20 Ton

Download PDF Video HR1200 Video HR800

GMTK Multi-Process
VERTICAL RANGE VR

  • VR 1.6
  • VR 2.0
  • VR 2.4
  • VR 2.8
  • VR 3.2
  • VR 3.6
  • VR 4.0
  • VR 4.6
  • VR 5.3
  • VR 6.3

ø: 1.600-6.300 mm / 1.000-5.000 mm / max 150 Ton

Download PDF Video VR3

APPLICATIONS

AERONAUTIC AND AEROSPACE

ENERGY

(Oil and Gas, Petrol
Industry, Windmills)

SHIPYARDS

AUTOMOTIVE

SUBCONTRACTORS

Contact Info

GMTK Multi-Process Machining S.A.
Pol. Sansinenea-Erreka, Parc. A4, Nave 8 20749 Arroa-Behekoa, Zestoa - Gipuzkoa (Spain)

Tel: (+34) 943 868 893

Fax: (+34) 943 868 894

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