Equipment configurations by project type
The same module problem looks different depending on who is solving it. A permitted waste operator adding a line, an asset owner decommissioning a sit
The buyer is not a new entrant. It is an established Colombian environmental services company that has worked in hazardous waste and waste electrical and electronic equipment since 1993, and holds regional authorisations for the storage and dismantling of that material. Its site already processed other waste categories, so the project was not "build a recycling plant" but "add a module step to a dismantling hall that already exists".
That framing decided almost everything about the specification. The machine had to fit an existing building, work alongside existing equipment, and produce output that could be stored and dispatched using the operator's existing arrangements.
For an operator already licensed to dismantle electrical equipment, deframing is the natural entry point into modules. It is the step that produces a clean aluminium stream the operator's existing metal handling can absorb, it removes the component most likely to damage the rest of the material, and it closes the gap between "we are permitted to take modules" and "we can actually process them".
It is also the step that is easiest to justify first: the aluminium is a well-understood commodity, so the case for the machine rests on a stream the operator already knows how to sell.
Three things from this project apply to almost every operator-led enquiry we receive. First, the first purchase is usually the bottleneck station rather than a complete line. Second, when the buyer is already a permitted waste operator, the equipment has to fit an existing hall, an existing container arrangement and an existing safety regime — the layout conversation starts earlier and matters more. Third, stating the consumable list and the press-setting policy at quotation stage removes most of the after-sales questions that otherwise arrive in the first month.
This page describes a delivered project in terms of the buyer's business type, country and the configuration supplied. The customer's company name and identifying marks are withheld from the published page pending written consent to name them; the underlying project record, the machine configuration and the delivery documentation are held internally and can be shown to a qualified buyer on request. We do not publish customer names, logos or site photographs without permission.
Tell us what your hall already handles and where the module step would sit. That is enough for us to propose a configuration that fits the operation you have rather than a greenfield plant.
Usually the station that removes the existing bottleneck. For an operator that already dismantles other electrical equipment, that is normally the frame removal machine, because it produces a clean aluminium stream that existing metal handling can absorb and it protects the quality of everything processed afterwards.
That is the layout question, and it is why we ask for hall dimensions and container positions early. The frame removal machine's envelope is 2.5 m high by 2.23 m wide and it is container-friendly, but the working space around it, the infeed and the output container positions are site-specific.
Yes — this project did exactly that, with the junction box and glass stations planned as a later phase. The important part is to tell us the intended end configuration at quotation stage so transfer heights and utility provisions suit the second phase.
Because we publish a customer's name, logo or site photographs only with written consent. The project itself is real and documented, and we are happy to discuss the configuration in detail with a qualified buyer.
Tell us what arrives at your gate and what has to leave. The engineering team replies with the station configuration, the scope boundary and the information still missing before drawings start.
Prefer to talk first? WhatsApp +86 182 0399 3035 or email [email protected].
Three details are enough to start: what modules you receive, how fast you need to process them, and what output you have to produce.