Primary use case.
Robot Encaser
In order to create a highly efficient and flexible production workflow for the post-packaging work, sznewcrown has designed the best robot solutions for customers.
Robot EncaserSecondary Packaging System
Product family.
Proposal inputs.
01
In order to create a highly efficient and...
In order to create a highly efficient and flexible production workflow for the post-packaging work, sznewcrown has designed the best robot solutions for customers.
Technical Features
Engineering points
Compared with the mechanical case packing machine, the...
Compared with the mechanical case packing machine, the two-axis robot has a simple structure and a smaller floor space.
FEM optimizing movement theory is used to fully...
FEM optimizing movement theory is used to fully meet the requirements for packing operation.
Carbon fiber composites are used to make the...
Carbon fiber composites are used to make the robot lighter, faster and more stable.
Modular mechanical design was adopted so that any...
Modular mechanical design was adopted so that any part can be quickly replaced to meet various production requirements.
The dynamic model in the high-speed motion curve...
The dynamic model in the high-speed motion curve is optimized so that the acceleration performance is 25% higher than that of an ordinary robot. This is more conducive to improving the system life and optimizing the work cycle.
Overview
Robot Encaser
In order to create a highly efficient and flexible production workflow for the post-packaging work, sznewcrown has designed the best robot solutions for customers.