ASSEMBLY LINES
An assembly line in the automotive sector is an industrial system designed to assemble components or sub-assemblies sequentially and automatically, using a series of workstations.
Each station performs a specific operation—manual, semi-automatic, or automatic—on a pallet customized to the product being transported, enabling continuous, efficient, and standardized production.
Light Series. Model NT 810 16 and 820 26.
Double-line pallet conveyors with custom-designed tooling for the product being transported.
Two drive options: end motor (unidirectional) or center motor (bidirectional).
Load capacity up to 1.000 kg per gearmotor.
Heavy-duty series. Model NT 870 00 and 871 10
Double-line accumulation conveyors for pallets with custom-designed tooling tailored to the product being transported.
Two drive options: end motor (unidirectional) or center motor (bidirectional).
Load capacity up to 2.000 kg per gearmotor.
Pallet Return. Model NT 860 00
Double-track conveyors with front-mounted drives and pallet return via the bottom track.
Due to the low friction of this system, it allows for a large number of pallets, high load capacity, and linear transport lengths of up to 20 meters with a single drive.
System for transporting parts between different operations, both manual and automated.
Given its modularity and flexibility, this product adapts to any type of installation.
It can be designed for single stations or for in-line processes where the pallet/product must pass through different manual, automated, or semi-automated workstations.
SPECIAL STATIONS
In the industrial sector, specialized workstations are workstations specifically designed to perform particular operations within a production or assembly line, typically associated with processes requiring high precision, automation, quality control, or specific technical adaptations.
These workstations can be manual, semi-automatic, or fully automated, and are custom-developed according to the needs of the production process.
Types of workstations:
- Riveting stations
Workstations designed to join metal components or composite materials using rivets, ensuring a strong, precise, and repeatable fastening within vehicle manufacturing and assembly processes.
- Clipping stations
Assembly process used to join or secure components using clips, staples, or mechanical fasteners, allowing for fast, safe, and repeatable assembly without the need for welding or complex screws.
- Screwing stations
Designed to perform screw fastening operations in a controlled, precise, and repetitive manner within vehicle and automotive component assembly processes.
These stations integrate electric, pneumatic, or servo-controlled tools capable of applying specific tightening torques, guaranteeing the quality, safety, and traceability of each joint made during production.
- Vision Station
Machine vision in the automotive sector is an industrial technology based on cameras, sensors, and image processing software that allows for the automatic, real-time inspection, identification, measurement, and verification of components or manufacturing processes.
These systems are used in automotive production lines to guarantee the quality, precision, and traceability of processes, reducing human error and increasing production efficiency.
- Manual Workstation
A manual workstation, generally for the assembly of sub-assemblies, assists a production or assembly line where operations are performed directly by an operator, using manual or assisted tools to assemble, verify, or manipulate vehicle components.
EQUIPMENT INTEGRATION
Integration of equipment into our assembly lines:
We integrate autonomous transport solutions using AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots), key technologies for optimizing material flow, increasing productivity, and improving the flexibility of logistics and industrial operations.
We design and integrate automation solutions using industrial robots and collaborative robots (cobots), tailored to the specific needs of each production process.
We develop and integrate machine vision systems that automate inspection, identification, quality control, and traceability processes in industrial environments.