--- title: Jigs, Fixtures & Industrial Tooling | Ineo description: We provide tools for prototypes, preseries, short series and production to optimize the execution of operations in manufacturing processes. date: 2018-11-29 url: https://ineo.es/en/services/industrial-finishing-and-tooling/industrial-tooling-jigs-manufacturing --- # Tooling & Jigs Manufacturing ## At Ineo, we manufacture the custom tooling required to optimize the production, assembly, and quality control of your parts. We make it possible for your processes to become more agile and precise, designing bespoke tools that seamlessly integrate into your workflow and minimize production errors. **Tools** The aim of the tooling to help production and assembly is to reduce and simplify, on the one hand, the process and manufacturing times and, on the other, the operating costs. The aim of the tools for quality control is to assist in the verification and validation of the geometry of the pieces. At Ineo, we combine additive manufacturing with other manufacturing methods to obtain tools. For this we consider parameters such as functionality, geometry, working temperature, cost and all those specifically required by the customer. This combination of manufacturing methodologies allows us to produce tools in a manufacturing period lower than those obtained with other traditional methods, thus reducing their cost. At **Ineo**, we turn tooling design into a competitive advantage for your business. We **make it possible** for you to optimize your resources with tools that combine innovation and functionality, allowing you to reach the market faster and with a total quality guarantee. **Need to reduce downtime on your production line? Looking for bespoke inspection tooling that fits your exact technical requirements?** Talk to our technical team [Quote Request](https://www.ineo.es/en/quote-request) [Call us](https://www.ineo.es/tel:+34937337000) [Email us](https://www.ineo.es/mailto:contact@ineo.es?subject=Contact from Site Ineo&body=) [Send us a message](https://www.ineo.es/en/contact) ## Why manufacturing tools? - To reduce operating costs - To help automate production - To facilitate assembly operations - To perform inspection and quality control operations - To carry out specific actions in production - To optimize production processes #### FAQs – Industrial Tooling & Jigs Manufacturing Insights - **What are industrial jigs and tooling used for?** They are used to improve accuracy, repeatability and efficiency in industrial assembly, manufacturing and inspection processes. - **What types of tooling does Ineo manufacture?** Ineo designs and produces assembly jigs, workholding fixtures, inspection supports and customised production tools for industrial use. - **Which manufacturing technologies are used for tooling production?** Tooling can be produced using CNC machining, additive manufacturing, vacuum casting and hybrid production methods depending on complexity. - **Can tooling be adapted to specific production lines or processes?** Yes, all tooling and jigs are designed based on the client’s production requirements, ensuring compatibility with existing workflows and equipment. - **What industries benefit from industrial jigs and fixtures?** Industries include automotive, electronics, industrial machinery and any sector requiring repeatable and precise assembly processes. - **Can Ineo ship tooling and jigs internationally?** Yes, Ineo designs and manufactures tooling in Barcelona, Spain, and ships industrial jigs and fixtures to clients across Europe and worldwide. ### We want to be your tools supplier We work for a wide variety of industrial sectors such as automotive, transport and consumption. We manufacture tools and production tools for our customers using different additive manufacturing technologies in combination with other manufacturing systems, considerably reducing the time and cost necessary for their manufacture. We are prepared to meet any expectations in terms of responsiveness, price, delivery time, innovation and quality. We guarantee the total confidentiality of the projects in which we collaborate. 1. 2. 3. 4. 5. ![](https://www.ineo.es/images/2019/07/09/services-tooling-control-calibre-ineo-.jpg) ![](https://www.ineo.es/images/2019/07/09/services-tooling-ineo-3.jpg) ![](https://www.ineo.es/images/2019/07/09/services-tooling-ineo--4.jpg) ![](https://www.ineo.es/images/2019/07/09/services-tooling-work-templates-ineo-.jpg) ![](https://www.ineo.es/images/2019/07/09/services-tooling-ineo--2.jpg) ### We help you in the engineering and design of your tools Our team is ready to be adapted to the technical requirements of your project, offering you the best solutions and tools to optimize your production and reduce operating costs. ### Technologies for manufacturing of tools At Ineo we believe that technology and materials should not limit the designer's ability to develop a product. For this reason, we are committed to find the right combination of additive manufacturing materials and technologies in order to manufacture the tools you need. ### Additive Manufacturing (3D Printing) ![3D Printing - Stereolithography (SLA)](https://www.ineo.es/media/com_sppagebuilder/placeholder/technologies-stereolithography-sla-ineo.jpg) ## Stereolithography (SLA) Additive manufacturing technology, through which pieces of epoxy resin are obtained with excellent reproduction of details and precision, which allow different surface finishes. [More information](https://www.ineo.es/en/technologies/industrial-additive-manufacturing/stereolithography-sla) ![3D Printing - Laser Sintering (SLS)](https://www.ineo.es/media/com_sppagebuilder/placeholder/technologies-laser-sintering-sls.jpg) ## Laser Sintering (SLS) Additive manufacturing technology that allows to obtain functional parts with an excellent mechanical behaviour that can be used for multiple applications. [More information](https://www.ineo.es/en/technologies/industrial-additive-manufacturing/laser-sintering-sls) ![3D Printing - HP Multi Jet Fusion](https://www.ineo.es/media/com_sppagebuilder/placeholder/technologies-multi-jet-fusion-piece-ineo-3-400x268.jpg) ## HP Multi Jet Fusion (MJF) HP additive manufacturing (3D printing) technology that delivers high print speed and excellent resolution, as well as excellent mechanical performance. [More information](https://www.ineo.es/en/technologies/industrial-additive-manufacturing/hp-multi-jet-fusion-en) ![3D Printing - Fused deposition modeling (FDM)](https://www.ineo.es/media/com_sppagebuilder/placeholder/technologies-fdm-3d-printing-ineo-.jpg) ## Fused deposition modeling (FDM) Additive manufacturing technology, through which parts with a variety of high-performance thermoplastics and approved materials for the aeronautical industry can be manufactured. [More information](https://www.ineo.es/en/technologies/industrial-additive-manufacturing/fused-deposition-modeling-fdm) ![3D Printing - Metal 3D Printing (SLM)](https://www.ineo.es/media/com_sppagebuilder/placeholder/ineo-technologies-slm-metal-3d-part-400-268-1.jpg) ## Metal 3D printing (SLM) Additive manufacturing technology, by which highly complex metal parts can be manufactured quickly and which provides almost unlimited design flexibility. [More information](https://www.ineo.es/en/technologies/industrial-additive-manufacturing/metal-3d-printing) Our 3D Printing technologies allow us to manufacture parts with high precision, complex geometries and adapted to your needs, using quality materials and optimizing resources to offer innovative and personalized solutions. fas fa-draw-polygon ###### Design flexibility fas fa-leaf ###### Efficient use of materials fas fa-cubes ###### Variety of materials fas fa-pencil-ruler ###### Customization fab fa-dashcube ###### Rapid Prototyping ### Other technologies ![Parts Manufacturing - Vacuum Casting](https://www.ineo.es/media/com_sppagebuilder/placeholder/technologies-am-vacuum-casting.jpg) ## Vacuum Casting Manufacturing technology that allows the reproduction of parts in polyurethane resin using a silicone mould. Rapid production of prototypes, low volume manufacturing and final parts. [More information](https://www.ineo.es/en/technologies/machining-and-industrial-moulds/vacuum-casting) ![Parts Manufacturing - CNC Machining](https://www.ineo.es/media/com_sppagebuilder/placeholder/technologies-cnc-machining-machined-parts-ineo.jpg) ## CNC Machining Manufacturing technology that allows parts to be manufactured by extracting material from a block. Said operations are carried out on Computer Numerical Control (CNC) machines. [More information](https://www.ineo.es/en/technologies/machining-and-industrial-moulds/cnc-machining) ![Parts Manufacturing - Rapid Tooling](https://www.ineo.es/media/com_sppagebuilder/placeholder/technologies-rapid-tooling.jpg) ## Rapid Tooling Manufacturing technology for the production of series of plastic and metal parts; Prototype Molds allow parts to be manufactured as a preliminary step to large-scale manufacturing. [More information](https://www.ineo.es/en/technologies/machining-and-industrial-moulds/rapid-tooling) ![Parts Manufacturing - Metal Pressing](https://www.ineo.es/media/com_sppagebuilder/placeholder/technologies-metal-pressing.jpg) ## Metal Pressing Metal Pressing is a manufacturing technology that makes it possible to obtain metal parts by subjecting the material to a compression load between two moulds, which are steel stamps or dies. [More information](https://www.ineo.es/en/technologies/metal-manufacturing-processes/metal-pressing) ![Parts Manufacturing - Metal injection Molding (MIM)](https://www.ineo.es/media/com_sppagebuilder/placeholder/technologies-metal-injection-molding-mim-part-4-400x268.jpg) ## Metal injection Molding (MIM) Metal Injection moulding (MIM) production allows the manufacture of metal components of small size and complex geometry. [More information](https://www.ineo.es/en/technologies/metal-manufacturing-processes/metal-injection-moulding-mim) ![Parts Manufacturing - Vacuum Forming](https://www.ineo.es/media/com_sppagebuilder/placeholder/technologies-vacuum-forming-part-car-door-2.jpg) ## Vacuum Forming A manufacturing process widely used for the production of packaging, automotive parts, electronic product casing, casings for the medical and healthcare sectors, interior trim for vehicles, among others. [More information](https://www.ineo.es/en/technologies/machining-and-industrial-moulds/vacuum-forming) ### National and International Delivery Times for Tooling ##### Need your toolings ASAP? Ineo provides manufacturing services for professional applications, guaranteeing fast-turnaround deliveries with optimized lead times. **We advise, design, manufacture, and distribute nationally and internationally from Terrassa (Barcelona, Spain)**. 📦 **No minimum order quantity – Guaranteed delivery times – Technical support** ##### Delivery Times in Spain: Tooling refers to customized tools designed to facilitate production, assembly, inspection, or verification processes. Their design, material, and manufacturing technology are adapted to their specific function, which directly impacts delivery times. Depending on the intended use of the tooling (production, assembly, dimensional control), it can be manufactured entirely through 3D printing or combined with other technologies such as CNC machining, laser cutting, or even standard components. The combination of processes may affect delivery times: - 3D printing (tooling with complex geometries) - CNC machining (tooling requiring high mechanical performance or tight tolerances) - Laser cutting or milling (base plates, supports, or flat structures) - Casting or hybrid assembly (more robust or multifunctional tooling) Factors affecting delivery times: - Design complexity and required validations - Tooling function and mechanical demands - Selected manufacturing technology - Type of technical material (technical resin, reinforced polymer, metal, etc.) - Additional processes (coatings, heat treatments, assembly) - Validations or functional testing **In general, a simple tool manufactured via 3D printing can be delivered within 5 to 7 business days**. For **more complex tooling, with tight tolerances, CNC machining, or assembled components, delivery time is typically 1 to 3 weeks**. If functional validation or integration with existing systems is required, additional time may be needed. If the tooling is for control, a metrological study will be required, adding approximately 1 extra week to the delivery time. In certain cases, we perform fitting or functionality tests before final delivery to ensure the tooling meets project requirements. **We can prioritize urgent projects depending on workload and material availability**. Once we review the drawings and intended use, we will provide an adjusted and feasible delivery timeframe. ##### Deliveries to Canary Islands, Balearics, Ceuta & Melilla: Shipments to these regions may require 1-5 additional business days due to logistics and (for Canary Islands) customs processing. ##### International Deliveries: Orders outside Spain require extended lead times. Additional delivery time varies by destination country and local logistics/customs factors. For precise international delivery estimates, contact our customer service team. ### Ready to manufacture your tools? [Request a quote](https://www.ineo.es/en/quote-request)[Call us](https://www.ineo.es/tel:+34937337000)[Send us an email](https://www.ineo.es/mailto:contact@ineo.es?subject=Contact from Site Ineo&body=)[3D Printing Online](https://www.ineo.es/impresion3donline) INEO PROTOTIPOS S.L. C/Avenc del Daví, 6 Pol.Ind.Can Petit Terrassa, Barcelona 08227 Tel. [+34 937 337 000](https://www.ineo.es/tel:+34937337000) Email: [contact@ineo.es](https://www.ineo.es/mailto:contact@ineo.es)  Web: [https://www.ineo.es](https://www.ineo.es) [Follow on LinkedIn 1.2K](https://www.linkedin.com/company/39887766) Found this useful? 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