Vieira J., Campilho R. D., Silva F., Kirgiz M. S., Pedroso A.
Advances in Mechanisms and Machine Design: Theory, Analysis, and Applications, Campilho,R., Editör, IIP, North Carolina, ss.1-11, 2026
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Yayın Türü:
Kitapta Bölüm / Araştırma Kitabı
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Basım Tarihi:
2026
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Yayınevi:
IIP
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Basıldığı Şehir:
North Carolina
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Sayfa Sayıları:
ss.1-11
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Editörler:
Campilho,R., Editör
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İstanbul Üniversitesi-Cerrahpaşa Adresli:
Evet
Özet
BsbHhshEfficient internal logistics is a critical factor in modern industrial supply chains, particularly in facilities
handling palletized goods with high mass and standardized dimensions. While commercial pallet-handling
equipment is widely available, operational scenarios requiring the simultaneous execution of rotation, vertical
transfer, and conveyor-type transition often demand customized solutions. This chapter presents the design,
structural verification, automation, and industrial validation of a compact and fully automatic pallet rotation and
lifting system developed to interface roller and chain conveyor lines. The system accommodates EURO and CHEP
pallets up to 1500 kg, performs a 90° rotation combined with a controlled vertical displacement, and integrates
readily into an existing intralogistics layout. Numerical modelling, including finite element analysis, was
employed to validate the structural integrity of critical subsystems. The developed equipment was manufactured,
installed, and successfully commissioned in an industrial environment, demonstrating reliable continuous
operation and compliance with safety standards.
Keywords— Intralogistics; Pallet handling; Mechanical internal logistics is a critical factor in modern industrial supply chains, particularly in facilities
handling palletized goods with high mass and standardized dimensions. While commercial pallet-handling
equipment is widely available, operational scenarios requiring the simultaneous execution of rotation, vertical
transfer, and conveyor-type transition often demand customized solutions. This chapter presents the design,
structural verification, automation, and industrial validation of a compact and fully automatic pallet rotation and
lifting system developed to interface roller and chain conveyor lines. The system accommodates EURO and CHEP
pallets up to 1500 kg, performs a 90° rotation combined with a controlled vertical displacement, and integrates
readily into an existing intralogistics layout. Numerical modelling, including finite element analysis, was
employed to validate the structural integrity of critical subsystems. The developed equipment was manufactured,
installed, and successfully commissioned in an industrial environment, demonstrating reliable continuous
operation and compliance with safety standards.
Keywords— Intralogistics; Pallet handling; Mechanical