What production capacity is available for your parts?

An equipment list describes the processes available for review. It does not say how much time is free for a new job. Current work, setup needs, material and the full process route all matter when a shop slot is assessed.

A laser cut panel and a welded enclosure may use some of the same equipment, yet need different amounts of work. A machined adapter may have a key inspection step that matters as much as the machining itself. The full scope must be visible.

Ask about the capacity for the part family you need, not just whether a machine exists. Add the operations, material and checks needed for approval. A useful capacity discussion ends with an agreed release plan or a clear statement of what still needs to be confirmed.

Pompano Beach machine hours: ask us. Irving machine hours: ask us. Request a review of available hours for cutting, forming, welding, machining and assembly. Add your batch counts, expected releases and the time you need for the build so each process can be reviewed in the schedule.

Those numbers need to reflect the actual job and the period being discussed. A broad estimate can be misleading when the part has several operations or a specific finishing route. Use the agreed route and release plan as the basis for the capacity discussion.

If your sourcing process requires a capacity worksheet, add it with the request. Name the period, part numbers and units it should cover. A review can then focus on the information your team needs rather than a broad statement of manufacturing scale.

Tell us the total count you expect, then separate it from the counts you are ready to order. A plan helps explain the size of the program. It does not, by itself, set a release for the build or reserve material and machine time.

For recurring work, list each requested delivery count and date. Note whether the schedule is fixed or still being planned. Add any expected changes in demand. A small first release and a larger later release should be visible as different needs.

If several part numbers must arrive together, show that relationship. A kit may depend on one item that follows a different process route. Capacity should be assessed for the full kit when the buyer cannot use the remaining pieces on their own.

For a prototype, explain what you want to learn from the parts. You may need to check an interface, assembly sequence or access point. The drawing must still set the work, but the review should know which features or needs stay open.

For production, send the released drawing and any approved sample needs. State whether a first article is needed before more parts can be made. If engineering sign off controls the next step, allow for that decision in the requested schedule.

A successful sample is not a blanket commitment to any later volume. Production count, revision, material and inspection needs can change the work. Review the next stage as its own release with its own scope and accepted timing.

Group related parts when that helps explain the job. A controller cabinet may have outer panels, a sub-panel, fan plates and brackets. A pedestal may have a base plate, upright and top plate. Keep each part number and revision distinct even when quoting the group.

Show which items share material or finish and which have special needs. Do not assume all similar looking parts are interchangeable. A changed hole position, insert or coating mask may be essential to one assembly and wrong for another.

If you want parts packed as kits, set the contents and counts. Add labels and the order in which parts will be used if that matters to your receiving team. Kitting and assembly tasks belong in the scope used to review the production plan.

Florida equipment has a Mazak laser, CNC press brakes, a robotic welder, Mazak and Mori Seiki mill-turn equipment, stainless TIG and electromechanical assembly. Irving equipment has an Amada 3.5 kW CO2 laser, an Accupress brake, MIG welding and airless spray paint.

These are different equipment lists. A process shown for one location should not be assumed at the other. The best route for a request depends on the drawing and the work to be finished. State any plant preference or site approval need in your RFQ.

Powder coating and AWS D1.1 qualification have not been confirmed. Ask about them if your part requires either. Available space, handling limits, fixture needs and any outside process must also be reviewed. We do not treat a plant location as proof that every requested operation can happen there.

A capacity review should name the revision, count, period and route it covers. It should also state which inputs depend on the buyer, such as supplied components, drawing approval or an accepted first article. These details help both teams understand the basis of the plan.

If your needs change, revisit the plan. A new material, finish, inspection step or delivery split can change how work moves through production. The written scope should stay aligned with the order rather than carrying an old assumption into a new release.

Use the RFQ page to send your schedule and drawing package. Mark any unknowns and explain the next decision your team needs to make. The goal is an order specific capacity answer you can review, with clear limits and no unsupported output promises.