Tote Handling Robots (CTU)
12 productsProducts
12 products
TP5-50DC
The multi-cargo CTU series supports transporting multiple totes simultaneously. Modular components - including clamping, grabbing, lifting, and composite mechanisms - ensure seamless adaptation for various carriers and material transfer needs. Warehouse and circulation scenario: The multi-cargo series robots are widely applied in both warehouse and circulation logistics, including e-commerce, apparel, and pharmaceuticals. The series dramatically increases storage densities and sorting efficiencies while reducing logistics costs. Intelligent manufacturing scenario: The multi-cargo series also support intelligent manufacturing scenarios, such as automotive parts warehousing, PCB magazine rack logistics, battery transport, and auto loading of silicon ingot.
TP5-50DCH
The multi-cargo CTU series supports transporting multiple totes simultaneously. Modular components - including clamping, grabbing, lifting, and composite mechanisms - ensure seamless adaptation for various carriers and material transfer needs. Warehouse and circulation scenario: The multi-cargo series robots are widely applied in both warehouse and circulation logistics, including e-commerce, apparel, and pharmaceuticals. The series dramatically increases storage densities and sorting efficiencies while reducing logistics costs. Intelligent manufacturing scenario: The multi-cargo series also support intelligent manufacturing scenarios, such as automotive parts warehousing, PCB magazine rack logistics, battery transport, and auto loading of silicon ingot.
TP5-50DCH(A)
The multi-cargo CTU series supports transporting multiple totes simultaneously. Modular components - including clamping, grabbing, lifting, and composite mechanisms - ensure seamless adaptation for various carriers and material transfer needs. Warehouse and circulation scenario: The multi-cargo series robots are widely applied in both warehouse and circulation logistics, including e-commerce, apparel, and pharmaceuticals. The series dramatically increases storage densities and sorting efficiencies while reducing logistics costs. Intelligent manufacturing scenario: The multi-cargo series also support intelligent manufacturing scenarios, such as automotive parts warehousing, PCB magazine rack logistics, battery transport, and auto loading of silicon ingot.
TP5-50DCH(D)
The multi-cargo CTU series supports transporting multiple totes simultaneously. Modular components - including clamping, grabbing, lifting, and composite mechanisms - ensure seamless adaptation for various carriers and material transfer needs. Warehouse and circulation scenario: The multi-cargo series robots are widely applied in both warehouse and circulation logistics, including e-commerce, apparel, and pharmaceuticals. The series dramatically increases storage densities and sorting efficiencies while reducing logistics costs. Intelligent manufacturing scenario: The multi-cargo series also support intelligent manufacturing scenarios, such as automotive parts warehousing, PCB magazine rack logistics, battery transport, and auto loading of silicon ingot.
TP5-50DCP(T)
The multi-cargo CTU series supports transporting multiple totes simultaneously. Modular components - including clamping, grabbing, lifting, and composite mechanisms - ensure seamless adaptation for various carriers and material transfer needs. Warehouse and circulation scenario: The multi-cargo series robots are widely applied in both warehouse and circulation logistics, including e-commerce, apparel, and pharmaceuticals. The series dramatically increases storage densities and sorting efficiencies while reducing logistics costs. Intelligent manufacturing scenario: The multi-cargo series also support intelligent manufacturing scenarios, such as automotive parts warehousing, PCB magazine rack logistics, battery transport, and auto loading of silicon ingot.
TP5-50DCW
The multi-cargo CTU series supports transporting multiple totes simultaneously. Modular components - including clamping, grabbing, lifting, and composite mechanisms - ensure seamless adaptation for various carriers and material transfer needs. Warehouse and circulation scenario: The multi-cargo series robots are widely applied in both warehouse and circulation logistics, including e-commerce, apparel, and pharmaceuticals. The series dramatically increases storage densities and sorting efficiencies while reducing logistics costs. Intelligent manufacturing scenario: The multi-cargo series also support intelligent manufacturing scenarios, such as automotive parts warehousing, PCB magazine rack logistics, battery transport, and auto loading of silicon ingot.
TP5-50DCW(T)
The multi-cargo CTU series supports transporting multiple totes simultaneously. Modular components - including clamping, grabbing, lifting, and composite mechanisms - ensure seamless adaptation for various carriers and material transfer needs. Warehouse and circulation scenario: The multi-cargo series robots are widely applied in both warehouse and circulation logistics, including e-commerce, apparel, and pharmaceuticals. The series dramatically increases storage densities and sorting efficiencies while reducing logistics costs. Intelligent manufacturing scenario: The multi-cargo series also support intelligent manufacturing scenarios, such as automotive parts warehousing, PCB magazine rack logistics, battery transport, and auto loading of silicon ingot.
TP6-30SGH
STUs are designed for high-density warehousing. Its lightweight design significantly enhances vertical transport efficiency and dynamic performance, enabling multi-robot collaborative operation in a single aisle. By utilizing narrow-aisle and multi-deep storage technologies, it effectively reduces tote spacing and increases storage capacity within the same footprint. STU series is tailored for industries including pharmaceuticals, shoe and apparel, consumer electronics, automotive, and machinery manufacturing. Warehouse and circulation scenario: STU robots are applied in warehouse and circulation logistics, including e-commerce consolidation/ pre-stocking, apparel returns processes, pharmaceutical central warehouses, and regional spare parts depots. Their deployment boosts inventory turnover efficiency and reduces warehousing costs. Intelligent manufacturing scenario: STU robots are applied in consumer electronics raw material warehousing, automotive RDC stereoscopic warehouses (upper storage/lower picking), and machinery manufacturing finished/unfinished goods warehouses. Being light and fast, they are actively replacing traditional Miniload/palletizer systems.
TP6-30SGP
STUs are designed for high-density warehousing. Its lightweight design significantly enhances vertical transport efficiency and dynamic performance, enabling multi-robot collaborative operation in a single aisle. By utilizing narrow-aisle and multi-deep storage technologies, it effectively reduces tote spacing and increases storage capacity within the same footprint. STU series is tailored for industries including pharmaceuticals, shoe and apparel, consumer electronics, automotive, and machinery manufacturing. Warehouse and circulation scenario: STU robots are applied in warehouse and circulation logistics, including e-commerce consolidation/ pre-stocking, apparel returns processes, pharmaceutical central warehouses, and regional spare parts depots. Their deployment boosts inventory turnover efficiency and reduces warehousing costs. Intelligent manufacturing scenario: STU robots are applied in consumer electronics raw material warehousing, automotive RDC stereoscopic warehouses (upper storage/lower picking), and machinery manufacturing finished/unfinished goods warehouses. Being light and fast, they are actively replacing traditional Miniload/palletizer systems.
TP6-50SCH
STUs are designed for high-density warehousing. Its lightweight design significantly enhances vertical transport efficiency and dynamic performance, enabling multi-robot collaborative operation in a single aisle. By utilizing narrow-aisle and multi-deep storage technologies, it effectively reduces tote spacing and increases storage capacity within the same footprint. STU series is tailored for industries including pharmaceuticals, shoe and apparel, consumer electronics, automotive, and machinery manufacturing. Warehouse and circulation scenario: STU robots are applied in warehouse and circulation logistics, including e-commerce consolidation/ pre-stocking, apparel returns processes, pharmaceutical central warehouses, and regional spare parts depots. Their deployment boosts inventory turnover efficiency and reduces warehousing costs. Intelligent manufacturing scenario: STU robots are applied in consumer electronics raw material warehousing, automotive RDC stereoscopic warehouses (upper storage/lower picking), and machinery manufacturing finished/unfinished goods warehouses. Being light and fast, they are actively replacing traditional Miniload/palletizer systems.
TP6-50SCP
STUs are designed for high-density warehousing. Its lightweight design significantly enhances vertical transport efficiency and dynamic performance, enabling multi-robot collaborative operation in a single aisle. By utilizing narrow-aisle and multi-deep storage technologies, it effectively reduces tote spacing and increases storage capacity within the same footprint. STU series is tailored for industries including pharmaceuticals, shoe and apparel, consumer electronics, automotive, and machinery manufacturing. Warehouse and circulation scenario: STU robots are applied in warehouse and circulation logistics, including e-commerce consolidation/ pre-stocking, apparel returns processes, pharmaceutical central warehouses, and regional spare parts depots. Their deployment boosts inventory turnover efficiency and reduces warehousing costs. Intelligent manufacturing scenario: STU robots are applied in consumer electronics raw material warehousing, automotive RDC stereoscopic warehouses (upper storage/lower picking), and machinery manufacturing finished/unfinished goods warehouses. Being light and fast, they are actively replacing traditional Miniload/palletizer systems.
TP6-50SCW
STUs are designed for high-density warehousing. Its lightweight design significantly enhances vertical transport efficiency and dynamic performance, enabling multi-robot collaborative operation in a single aisle. By utilizing narrow-aisle and multi-deep storage technologies, it effectively reduces tote spacing and increases storage capacity within the same footprint. STU series is tailored for industries including pharmaceuticals, shoe and apparel, consumer electronics, automotive, and machinery manufacturing. Warehouse and circulation scenario: STU robots are applied in warehouse and circulation logistics, including e-commerce consolidation/ pre-stocking, apparel returns processes, pharmaceutical central warehouses, and regional spare parts depots. Their deployment boosts inventory turnover efficiency and reduces warehousing costs. Intelligent manufacturing scenario: STU robots are applied in consumer electronics raw material warehousing, automotive RDC stereoscopic warehouses (upper storage/lower picking), and machinery manufacturing finished/unfinished goods warehouses. Being light and fast, they are actively replacing traditional Miniload/palletizer systems.