Tecno Logica offers modular and scalable solutions for the automotive sector, guaranteeing operational continuity and cycle time optimisation. Our technologies ensure production efficiency and complete integration of the processing stages: from the extrusion bar to machining and assembly systems.
- Optimised performance: multi-axis and multi-spindle machining to reduce cycle times and optimise the use of production space.
- Process integration: fully automated handling from handling to machining to ensure a rapid return on investment.
- Scalable solutions: systems that can be configured by capacity and type of machining, adapting to different production requirements.
We design custom systems tailored to every need.
Production process optimization is more than just a goal—it’s a strategic advantage. Our systems deliver a fast return on investment by increasing productivity and reducing operating costs, enabling businesses to effectively meet the demands of a constantly evolving market.
In a dynamic and constantly evolving sector such as electric mobility, Tecno Logica creates integrated and high-performance solutions for the factory of the future. The multi-axis and multi-spindle numerically controlled rotary transfers for milling guarantee high productivity while minimizing the space occupied and the costs related to logistics and material flow. The workpieces held by fixing templates (hydraulic or pneumatic) that can be equipped automatically are presented to the various processing stations (4, 6 up to a maximum of 8 stations) of the machine without the need for tooling or balancing in the sequence of processes, effectively eliminating positioning errors and guaranteeing the flexibility of the system. The integration of milling centers with robotic handling solutions minimizes the resources used to run the plant. The main operations on the individual aluminum profiles and/or battery supports managed by the system are the following:
- Automation and handling
- Cutting
- Probing
- Milling
- Drilling
- Laser marking
- Deburring
- Chip removal
- Palletization
Automation & Handling
Automation and management of product flows through the use of advanced technologies to improve production efficiency, precision in handling and reducing the need for human intervention.
Cutting
CNC cutting systems for aluminum bars capable of performing complex cuts on different profiles with high precision and repeatability.
Probing
Part inspection and probing solutions automate part setup, in-cycle calibration, tool setting, and broken tool detection. Combined with automatic offset update systems, our technology reduces setup time and improves process control, so you can machine your parts with greater confidence.
Milling
High precision milling with automatic systems configurable for different applications. We guarantee speed, repeatability and process quality, integrating high performance micro-lubrication solutions.
Drilling
High precision and repeatability drilling with automatic systems configurable for different applications. Cycle time reduction is achievable thanks to the possibility of distributing chip removal operations on multiple stations within the same machine
Laser Marking
Versatile and multipurpose laser markers for fast and clear marking of a wide range of materials. We integrate laser marking systems complete with internal vision system, full-field autofocus and marking analysis tools.
Deburring
Mechanical deburring systems for the rapid and uniform removal of burrs from components. Automatic removal of protrusions resulting from machining, stamping or die-casting operations.
Chips removal
Automatic chip removal to maintain production efficiency and continuity through chip conveyors for handling large production volumes continuously.
Palettizing
Palletizing robots/manipulators are programmed to pick up and place products on pallets precisely and quickly. These robots can handle a wide range of automotive components, from small parts to large and heavy components.
We are ready to listen, analyze and build tailor-made solutions for you.
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