frequently asked questions (faq)

What is a dimensional checking fixture?

Mechanical assembly for the dimensional verification of mass-produced parts, with the aim of carrying out the same repetitive checks on part assemblies that have been aligned in exactly the same way, regardless of the person measuring. They are very used in industrial sectors such as the automotive, electrical household appliances, railways or pharmacy by parts and components production companies. They are also called gauges or jigs and are designed to check a determined part.

dimensional checking fixtures

What difference is there between a checking fixture, a checking tool and a gauge?

There is absolutely no difference between these three terms. They all have the same meaning, though customers favour one term rather than the other. They refer as much to simple “Go/No Go” checking elements as to complex fastening systems with all types of controls. Some customers also call the latter “jigs”.

What is a positioning fixture or a positioner?

As its name shows, a positioning fixture is a fastening element enabling to position a part by aligning it with its isostatisms in a tridimensional machine (CMM). Contrary to a checking fixture, which also fastens the part in the same way, it does not have any type of control providing information about the part and allows an easy access for the tridimensional contact point to all the areas to be measured.

What do we need to prepare you a quotation?

The more information we have about the part to check, the best it is. We need technical specifications detailing the points to check, the specific requirements for the checking fixture (user manual, certificates, etc.), as well as a 2D and 3D plan of the part to check. You can send us all these elements through our customer portal, Tecnonet.

What is the deadline necessary for the preparation of the checking fixture design and its fabrication?

We usually need 3 weeks for the design and 4 weeks for the fabrication. This deadline may vary depending on how complex the project is. The project follow-up is done in the “Projects” section of Tecnonet.

What is the validation process of a checking fixture?

The design of a checking fixture or a part to produce is only begun at the reception of the corresponding order.
Tecnomatrix engineering department makes the design according to the specifications detailed in the quotation, sent by Tecnonet to the customer, who can request modifications or validate the design at any time.

Which packaging is used for Tecnomatrix products for the delivery?

Dimensional checking fixtures are sent in tailor-made wooden boxes. The 2D drawing, 3D, dimensional report and user manual (if requested) are sent through TecnoNet. Go/No Go gauges are delivered in cases stuffed with foam, to be protected during their transport.
Machined parts, depending on their type and size, are either sent in boxes or bubble-wrapped.

Can we make international sendings?

Tecnomatrix has a constantly expanding customers portfolio on the international market. Consequently, we work with various international transport companies, to be able to propose you the best solution to send your checking fixture.
A delivery in Western Europe is usually made in 48h, the deadline for deliveries in the rest of Europe is generally of 2 to 4 days. Deliveries out of Europe are submitted to Incoterms and various restrictions depending on the destination.

What languages are spoken in Tecnomatrix?

We can speak fluently English, Spanish, German, French and Catalan.

Do you have any more questions? Contact us

TECNOMATRIX BCN SL ha recibido una ayuda para la ejecución del proyecto de Investigación y Desarrollo con título “SISTEMA INTERACTIVO Y COLABORATIVO CON MODELADO PREDICTIVO PARA LA OPTIMIZACIÓN Y GESTIÓN EFICIENTE E INTELIGENTE DE PROCESOS PRODUCTIVOS” y número de expediente IDI-20180567, a través del Centro para el Desarrollo Tecnológico Industrial (CDTI).El objetivo global perseguido es el desarrollo de un sistema de análisis de futuros proyectos que permita predecir con exactitud y de forma autónoma, sin depender de ningún otro departamento, la fecha de entrega prevista a los clientes en función de la situación actual de carga de trabajo, condiciones técnicas del propio proyecto, condicionantes del cliente, etc. y que permita reducir los tiempos muertos, microparadas y las incidencias en proyectos, para que se pueda reducir el planning de entrega. Partiendo para ello de la digitalización de la información y planificación de los proyectos y posterior análisis y definición de patrones que permitirá el desarrollo de un modelo predictivo. Dicho sistema se basa en una plataforma Big Data integrada en el CRM (Salesforce) de la compañía para que sea de fácil acceso para el personal de cualquier departamento.El proyecto se desarrolla en las instalaciones de Barcelona durante las anualidades de 2018 – 2019, y con un presupuesto de ejecución de 364.358€.