Assembly workstation
Optimization of angles and support points to reduce fatigue in prolonged work cycles.
Analysis of load distribution and support angles in industrial technical furniture.
Optimization of angles and support points to reduce fatigue in prolonged work cycles.
Design of a mechanism that adapts the curvature to the user's spinal profile, improving comfort.
Integration of anti-static surfaces and forearm support areas for precision tasks.
Design of drawers and shelves that minimize reach effort and torso twisting.
Station with inclined surfaces and wrist rests for machinery control operators.
Analysis of pressure points and materials for furniture in sterile, long-duration environments.
Ergonomic solutions and related products to optimize your workstations.
Detailed study of body load distribution to design lumbar and back supports that minimize fatigue.
View studyTechnical documentation on optimal angles for seats and tables in industrial environments, based on biomechanics.
Download PDFHeight and angle adjustable workstation system, made from light wood and steel, for precision tasks.
View productDesign with structural reinforcement in the lumbar area and adaptable support for prolonged shifts.
SpecificationsWorkstation evaluation and redesign service to improve operator productivity and well-being.
RequestSelection of woods, metals, and coatings for technical furniture that combines durability and aesthetics.
CatalogCompanies and institutions that trust our structural ergonomic design methodology.
Specialists in biomechanical engineering applied to the work environment. We collaborate on the development of lumbar support profiles.
A reference in research on body load distribution. Joint validation of our support angles.
Official supplier of composite materials and high-resistance woods for our furniture structures.
Strategic ally for the implementation of our workstations in the regional industrial sector.