This is automated industrial adhesive material dispensing robot works with two working shuttles dispensing cobot SEC-NRB800C-UA
Copyright © 2025 Shenzhen Second Intelligent Equipment Co., Ltd All rights reserved.
Menu
This is automated industrial adhesive material dispensing robot works with two working shuttles dispensing cobot SEC-NRB800C-UA
The equipment is suitable for slitting different sizes of carbon block fiber rods. User friendly design for efficient, and effective operation.
Second Pneumatic injection glue dispensing valve
● Used for fluid metering and shutoff in the flow channel, impact needle type switch.
● Suitable for medium and low viscosity fluids.
● High precision glue volume control.
● Mechanical volume control.
● Rich optional configurations.
EC Series Precision Dispensing Machine:
● Mineral cast platforms with higher precision and greater stability.
● Powerful functions
● Rich configuration
● stable performance
● Anti-dumbness
● Wide range of applications
● Strong scalability.
DH Series Cantilever In-Line Automated Dispensing Systems Platforms:
● Large stroke dispensing for large product length and width
● Powerful expansion capabilities for ion cleaning, dispensing, testing UV exposure, etc.
● Powerful feature
● Rich Configuration
● Smart
● Wide range of application
High scalability, high compatibility, suitable for screw stack production – SEC – Stacking machine system – Screw-type
The goal of designing the screw stacking line is to develop a fully automatic assembly line for the stacking and assembly of PEM hydrogen fuel cell screw stacks. The loading and unloading of wire/cable and materials is achieved by robots. The stacking of stack end plates, current-collector plates, bipolar plates and other materials is completed by robots. The high-precision servo pressing system to ensures the precise pressure of the stack, the CCD visual alignment system ensures the accuracy, the studs are manually locked, and the multi-directional air tightness test of the stack is carried out by the flow method accurately.