APPROACH
A lifting architecture designed to pick, move, and place a load at its process interface.
Each configuration is engineered from the real load, flow, mechanical interface, and operating environment. Final specifications are confirmed during project engineering.
The final configuration is validated with your team during project engineering.
CONFIGURATIONS
One platform, adapted to the process.
Common applications adapted to the load, flow, and operating environment.
01
Pallets and containers
Scissor-lift deck for pallets, totes, and production tooling.
02
Die handler
Reinforced deck and controlled cycle profile for press-shop tool changes.
03
Rolls and coils
V-cradle or clamp configuration for paper and steel, with optional integrated weighing.
04
Station-to-station transfer
Pulse your production line automatically
05
High-rack retrieval
Retrieve stock from elevated rack levels and transport it to the next process.
REFERENCE SPECIFICATIONS
A project-configured operating envelope.
Final values are established from the load, route, duty cycle, and risk assessment.
Every project receives a technical specification confirming payload, speed, accuracy, duty cycle, applicable standards, and the schedule for the selected configuration.
TECHNOLOGIES USED
Integrated layers working together.
The systems shown here are selected and validated for this vehicle architecture and its application.
SIZE YOUR SOLUTION
Get a sized proposal.
Send us the load, takt time, and layout; our team will define the right starting point.