PV MANUFACTURING EQUIPMENT
Find machinery by production stage and the requirements of your line.
Cell material handling moves baskets of wafers and finished cells between process tools. In cell production the route runs from texturing equipment through diffusion furnaces, laser doping, deposition systems and metallization equipment. At the boundary with module assembly, cells go to laser scribing for cutting and then to cell stringers. Upstream of the cell plant, wafer handling solves a similar problem with ingots and wafer carriers.
The Guozi solar-cell workshop handling system from Zhejiang Guozi Robotics treats the whole workshop as one network: mobile robots, arms, conveyors and work-in-process buffers, coordinated by scheduling software tied to material management. It suits a buyer who wants one party to plan basket circulation across many process steps. Start with basket demand at each station, then trace where each empty basket travels next.
The HORAD cell feeding and basket-return system from HORAD works at a single interface: it brings cell baskets to the laser cutter or stringer and returns empties underneath. Operators still unpack cells and load jigs at the inlet. It suits a module plant that wants a tidy feed into stringing without automating the cell workshop.
For feeding systems, the stringer sets the pace. Work out how many cells per hour each stringer really consumes, including changeovers, before you size buffers. The guide on comparing cell stringer throughput explains how to read stringer rates so your feed is neither starved nor oversized. If you run machines such as the Junxiang automatic stringer, give the handling supplier its inlet drawing and signal list.
For solar cell factory logistics, begin your enquiry with basket dimensions, process stations and movement routes. Request a configuration-specific quotation and agree on buffer capacity, dispatch rules, tracking and recovery after a stopped station. Each listing shows the published values and the questions to confirm.
HORAD's cell feeding system moves cell baskets between cell handling and the laser cutter or stringer, then sends empty baskets back on a lower conveyor. Each turnover jig holds 300 cells, and HORAD says one layout with eight manual loading positions feeds stringers for four module lines. The system is labelled for BC, TOPCon and HJT cells.
Suzhou HORAD New Energy Equipment Co., Ltd.Guozi sells this as a complete handling system for solar-cell workshops. Mobile robots, robotic arms, conveyors and work-in-process buffers move loaded and empty baskets between process steps. Material management and robot scheduling software tie it together. Fleet size, layout and throughput are designed for each plant, so start the quote with your basket routes.
Zhejiang Guozi Robotics Co., Ltd.Exact filters only match published specifications. Listings without that published value are not shown.
Solar cell logistics connects baskets, process stations and work-in-process storage. A useful proposal explains the flow of loaded and empty carriers across the workshop, rather than quoting one robot in isolation. Establish whether planning, software, conveyors and station interfaces are all within scope.
Request a project-specific flow model showing peak demand, queueing assumptions and buffer sizes. Compare recovery and exception handling as well as nominal transport capacity. Separate the number of installed robots from proven workshop throughput.
Run a representative route with full and empty carriers, then test stopped stations, unavailable routes and manual recovery. Check carrier identity through each handover and confirm that dispatch records match physical movement.
A successful supplier case does not provide a universal capacity guarantee. Another factory layout, carrier format or process schedule may require a different system.
Procurement guidance by PVYard Editorial, updated 2026-10-07. Turn the requirements into a sourcing brief →