Featured Projects
Solutions developed for the industry.
Mechanical Design
Fixture for assembling plastic inserts
Dual Cycle:Simultaneous insertion of two components inhandlesautomotive to double productivity.
Seating Precision:Custom tooling that guarantees the exact position, eliminating human error.
Guaranteed Quality:Pneumatically controlled process that ensures uniform assembly without aesthetic damage.
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Modular Fixture for Testing on Dynamometer
Modular Design:Replaces massive fixtures (>20 kg) with a system of lightweight and manageable assembly sections.
Safety and Ergonomics:Eliminates risks from handling large loads, facilitating assembly and disassembly.
Clamping Precision:System developed to ensure total stability during high mechanical stress tests.
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Hydraulic Punching Station
Hydraulic Power:High-pressure cylinders that guarantee constant force and uniform finishes, surpassing the limitations of pneumatic systems.
Versatile Design:Ability to process two different part numbers at the same workstation.
Operational Agility:System offixtureswith quick change that drastically reduces downtime (setup).
Reinforced Structure:High-strength engineering designed to withstand mechanical loads without deformation.
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Accessories for holding molded components.
Industrial 3D Printing:Development of robotic handlers for automotive and consumer sectors.
100% Customized Design:Geometries specifically adapted to the needs of each product.
Material Versatility:Ideal for plastic injection processes and automated assembly lines.
Fixture for Laser Engraving
Precision Nesting:Designed for the repeatable and precise placement of parts during engraving.
Scalability:Versatile solution valid from validation stages to mass production.
Guaranteed Stability:Robust structure that ensures the quality of laser marking in every cycle.
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Manufacturing of components without MOQ
No Minimum Order Quantity:Flexible manufacturing of components without volume restrictions (MOQ).
Accelerated Delivery:Optimization of response times for quick validations and critical replenishment.
High Fidelity:Parts with industrial finishes ready for direct integration into assembly lines.
Manufacturing of EOAT Pads
Soft and Safe Interaction:Pads designed for the precise handling of parts without damaging surfaces.
Application-Specific Customization:Geometries and materials selected according to the type of grip and robotic load.
Industrial Durability:Resistant to continuous work cycles in automated manufacturing cells.
Manufacturing of Tooling
Manufacturing of tooling for production cells
- Extended Life Cycle:Application ofspecialized heat treatmentsto maximize hardness and wear resistance under intensive use conditions.
- Industrial Grade Protection:Implementation ofanti-corrosion coatingsthat ensure the integrity of tooling against chemical agents and humidity in the plant.
- On-Demand Manufacturing:Total flexibility forbatch or individual piece manufacturing, adapting to maintenance or scaling times of your production cell.
Reverse Engineering and Recovery of Critical Components
Advanced Reverse Engineering: Digitization and geometric reconstruction of components from worn or damaged parts to recover the original design specifications.
Material Optimization: Technical assessment for the replacement of components with materials of higher wear resistance, improving the lifecycle of the spare part compared to the original piece.
Operational Continuity: Accelerated manufacturing of spare parts for obsolete equipment or with excessive delivery times from the manufacturer (OEM), drastically reducing line downtime.
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Reverse engineering and improvement of components
Digitization and Re-Engineering: Comprehensive analysis of components with advanced wear for the precise reconstruction of their original geometry through scanning and CAD modeling.
Performance Optimization: Once the part is digitized, we apply design improvements and material selection to correct recurring failures and extend the component's lifespan.
High Precision Manufacturing: Manufacturing of optimized spare parts that ensure a perfect integration into the equipment, surpassing the durability of standard commercial parts.
Quote a similar projectGO / NO GO Gages
Design and development of attribute gages
Conformity Validation: Design of "Pass / Fail" (Go / No-Go) devices specifically focused on the functionality and effectiveness of inline inspection.
High Repeatability: Robust structures that ensure consistent measurements, eliminating operator subjectivity and ensuring that each part meets design tolerances.
Optimization of Inspection Time: Ergonomic tools that allow for rapid validation of critical attributes, streamlining the flow of compliant product output.
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Design and development of attribute gages
Conformity Validation: Design of "Pass / Fail" (Go / No-Go) devices specifically focused on the functionality and effectiveness of inline inspection.
High Repeatability: Robust structures that ensure consistent measurements, eliminating operator subjectivity and ensuring that each part meets design tolerances.
Optimization of Inspection Time: Ergonomic tools that allow for rapid validation of critical attributes, streamlining the flow of compliant product output.
Quote a similar project
Design and development of attribute gages
Conformity Validation: Design of "Pass / Fail" (Go / No-Go) devices specifically focused on the functionality and effectiveness of inline inspection.
High Repeatability: Robust structures that ensure consistent measurements, eliminating operator subjectivity and ensuring that each part meets design tolerances.
Optimization of Inspection Time: Ergonomic tools that allow for rapid validation of critical attributes, streamlining the flow of compliant product output.
Quote a similar project
Design and development of attribute gages
Conformity Validation: Design of "Pass / Fail" (Go / No-Go) devices specifically focused on the functionality and effectiveness of inline inspection.
High Repeatability: Robust structures that ensure consistent measurements, eliminating operator subjectivity and ensuring that each part meets design tolerances.
Optimization of Inspection Time: Ergonomic tools that allow for rapid validation of critical attributes, streamlining the flow of compliant product output.
Quote a similar projectProcess fixtures
Comprehensive development of process and assembly fixtures
High Repeatability Clamping: Design of tools with locating systems that ensure dimensional consistency in each assembly, eliminating variability from the manual process.
Ergonomics and Safety: Structures developed to facilitate the handling of complex components, reducing operator fatigue and minimizing the risks of injuries from repetitive movements.
Integration of Pneumatic Systems: Implementation of actuators and pneumatic controls that ensure a constant clamping force, speeding up cycle times and improving the quality of the final finish.
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