Product Overview
CK METAL STORAGE SOLUTIONS offers automated aluminum profile storage for balcony systems as an engineered proposal for long extrusion stock before cutting and assembly. A typical configuration handles 6 m (19.7 ft) material in a storage unit rated at 3,000 kg (6,600 lb); the quotation defines how carrier self-weight counts towards that rating. The gantry brings the selected carrier to a transfer position for the next handling operation.
- 6 m describes material length, with carrier allowance and installation dimensions established separately.
- 3,000 kg is a typical rating per specified storage unit, subject to the agreed loading arrangement.
- Ordinary cantilever arms support the carrier without extending.
- Fixed and rail-guided mobile rack layouts can be assessed against the same stock list.
The renderings illustrate fixed racks and optional paint schemes. They are not photographs of a completed balcony-manufacturing installation or proof of the proposed dimensions and capacity. Equipment colours can be specified against a RAL reference.
Identify the extrusion before assigning it to a balcony job
Keep the section reference and finish visible in the stock description before allocating material to a project. A balcony assembly can use several profile shapes; the name of the finished balcony does not identify the particular rail, channel or frame member needed at the saw.
For each stock item, provide the extrusion drawing, supplied length, finish description and quantity. Record any supplier batch reference needed for the project. If two items have the same cross-section but different surface finishes, show them as separate entries rather than relying on the appearance of a wrapped bundle.
That schedule defines what the inventory software must distinguish. Project allocation, reserved quantities and return transactions need to be specified in the controls scope. Gantry retrieval alone does not establish automatic kit preparation or guarantee that every component of a balcony order is selected together.
Review what returns from the cutting area
Check returning profiles for chips and contact damage before they rejoin finished stock. Aluminum chips left between stacked anodized profiles can damage the surface. A return route beside the saw therefore needs a defined inspection and handling step, as well as an available storage location.
Describe which surfaces touch the carrier, separators and adjacent profiles. Include the supplier packaging and finish instructions with the enquiry. We need that information to assess the contact arrangement; this proposal does not specify a liner material or promise scratch-free handling.
|
Material leaving production |
Information for the return |
Storage decision |
|
Unused stock lengths |
Section, finish, quantity and packaging condition |
Return under the correct stock identity after checking contact surfaces |
|
Lengths exposed to cutting debris |
Cleanliness and any visible surface damage |
Separate the inspection and cleaning task from automatic retrieval |
|
Cut frame members or offcuts |
Actual lengths, support locations and restraint |
Review short-stock suitability before assigning a carrier |
Glass infill, completed railing panels and assembled balcony platforms are outside this long-profile proposal. Their size, support and handling needs cannot be inferred from a rating for extrusion stock.
Check the loading shape before using the weight limit
A 3,000 kg rating does not tell you how many balcony profiles will fit in a carrier. Extrusions with projecting flanges or open channels occupy a different envelope from a tightly packed rectangular bundle. Send the proposed packed cross-section, including separators and wrapping, alongside the material mass.
The carrier review needs both full and partial loads. Explain how remaining profiles will be positioned after a pick, especially where an asymmetric section could move or lose support. The allowable loading pattern and restraint must be agreed before the quoted rating can be applied.
|
Group |
Item |
Proposal basis |
|
Material |
Typical stock length |
6 m (19.7 ft); other requirements are evaluated with the stock schedule |
|
Load |
Typical rated storage unit |
3,000 kg (6,600 lb); carrier tare treatment defined in the quotation |
|
Support |
Rack arms |
Ordinary non-extending cantilever arms |
|
Handling |
Gantry task |
Lifts the carrier at its ends and transfers it to the receiving position |
|
Configuration |
Fixed or mobile |
Fixed groups have permanent aisles; mobile rows share one aisle opened by rail-guided bases |
|
Dimensions |
Carrier and installation |
Designed from the load envelope, lifting points, access and transfer route |
Choose the rack layout around the cutting handoff
Compare fixed and mobile layouts using the same profile list and retrieval sequence. Frequent changes between extrusion references or finishes make the access sequence relevant; the number of storage positions alone does not settle that choice.
|
Layout |
How access works |
What to assess |
|
Fixed racks with gantry |
Rack groups are anchored to the floor, with an aisle between groups |
Permanent aisle space and the route from retrieval to cutting |
|
Mobile racks with gantry |
Bases move complete rack rows on rails to open one shared aisle |
Row-positioning sequence when requested profiles occupy different locations |
The illustrated fixed layout is one proposal route within our gantry storage configuration range. Both arrangements use non-extending arms. The layout choice does not change the need to define how a profile leaves its carrier at the transfer station.
If you want direct saw feeding, include the saw drawing and the required sequence in the enquiry. Individual-profile separation, clamping and machine infeed require their own equipment and interface design. They are not supplied merely by describing the store as automated.
Keep the profile store and its transfer space dry and clear
Plan an indoor storage area that follows your extrusion supplier's moisture and packaging guidance. Show where inbound wrapped stock is received and where returning material is inspected. Keep those tasks outside the equipment operating area.
The site drawing should include columns, the lowest overhead obstruction, the saw approach and maintenance access. Rails can be embedded or surface mounted. Foundation reactions, electrical demand and the complete installed envelope are determined with the layout; no floor-load figure from another project applies automatically.
Personnel must remain outside the operating aisle while the system works. An aisle-entry alarm is optional, and its presence does not establish an automatic protective stop. Define access and restart procedures in the controls review. Direct manual carrier retrieval during a power failure is not permitted.
Questions about balcony extrusion stock
Send the profile schedule with the loading and return method
For aluminum profile storage for balcony systems, send CK METAL STORAGE SOLUTIONS the extrusion drawings, lengths, finish references and quantities. Include the packed load shape, heaviest intended carrier, partial-pick arrangement and any short-stock returns. Add the site drawing and the handling route to the saw.
We can prepare a layout and quotation from that information. ERP or MES integration is assessed against your existing system and the stock, project-allocation and return transactions you need.
Automated equipment normally has a 60–90 day lead time, including inspection, trial assembly, commissioning work and export packing. Manuals, videos and engineer support for site commissioning are available. The standard warranty is one year, with an after-sales response within 24 hours.
Request a layout for your balcony profile stock with the material schedule and site information.
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