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SEC-H800-100T PEM hydrogen fuel cell stack assembly machine
Compact size, effective, cost-wise system
The design of this semi-automatic stacker is to develop a semi-automatic stacking equipment for large-scale PEM hydrogen fuel cell batteries stacking and packaging needs. The stacking of other materials is done manually. The high-precision servo hydraulic pressing system ensures the precise pressure of each stack; manually locks the studs, and uses the differential pressure method to perform multi-directional air tightness tests on the stack.
SEC– Semi-automatic stacking machine
Compact space, mature and stable, cost-effective
The semi-automatic stacker is designed to develop a convenient and semi-automatic stacking equipment for stacking and assembling hydrogen fuel cell stacks. The stacking is done manually, the gravity-tilt function to ensure the uniformity of the material stacking, the high-precision servo pressing system to ensure the precise pressure of the stack, the studs are manually locked, and the stack is tested for multi-directional air tightness by the flow method.
SEC – Flexible stacking line for graphite bipolar plate
Semi-auto high compatibility, compact space PEM FC package system with manual stack’s locking system, flexible works for different structures.
The design of this graphite plate stacking system is to develop a flexible assembly system for the stacking and assembly of different structures of hydrogen fuel cell stacks. The loading and unloading of wire materials is realized by robots. The stacking of materials is completed by the robot, the high-precision servo press ensures the precise pressure of the stack, the studs are manually locked, and the multi-directional airtightness test of the stack is carried out by the flow method.
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.
High scalability, high compatibility, suitable for strapping stack production – SEC– FC battery stacking system – Strap-type
The goal of designing strap-type stacking line is to develop a fully automatic assembly production line for stacking, assembling, and fastening of stacked battery cells. The stacking of current-collector plates, bipolar plates, and other materials is completed by robots. The high-precision servo pressing system is applied to ensure the precise pressure during the stack, the AI visual alignment system ensures the accuracy, the straps are automatically welded, and the stack is airtight tested in multiple directions by the flow method.
SEC – Fuel cell stacking system – Multi purposes
High scalability, high compatibility meet various production needs in different stages.
The design of the system stacking line aims to develop a fully automatic assembly line for stacking and assembling PEM hydrogen fuel cell battery stacks. The loading and unloading of materials in this line is realized by robots, stack end plates, current collector plates, bipolar plates, etc. The stacking of materials is completed by the robot, the high-precision servo press ensures the precise pressure of the stack, the visual alignment system ensures the accuracy, the stack is automatically tightened, and the multi-directional air tightness test is performed on the stack by the flow method.