Specs
Tube Cell specs
Setup notes and briefing numbers for Tube Cell.
Tube capacity and chuck range
These Tube Cell specs set out the machine details for tube and section laser work. Review the configuration, handling requirements, and key checks before adding a tube cutting cell to your factory.
Start with the tube sizes you cut most often, then match them to chuck diameter, loading length, and unload support on the cell. Mild steel tube, stainless section, and aluminium profiles do not behave the same under the beam, so wall thickness and nesting method must be checked against the specification. Gauteng dust and coastal humidity also affect guarding, extraction, and cleaning intervals around moving tube supports.
Review the feed side and discharge side before installation drawings are signed off. A tube cell needs clear stock handling space for long lengths, safe bundle placement, and room for finished parts to exit without striking the frame or support arms. Include gas supply position, cable routing, and access to lenses, nozzles, and chuck service points in the site check.
Figures that matter on tube work
Operating limits that affect daily production matter more than vague marketing terms. Focus on accepted tube shapes, maximum loading length, repeat positioning, support arrangement, and the power and gas inputs required for section cutting. Those points decide whether a cell suits furniture tube, structural members, agricultural components, or light fabrication work.
Before sending a request through the contact form, compare the listed Tube Cell data with your current material mix and part lengths. Note whether you run round tube, square tube, rectangular section, or open profiles, and include any issue with burr, piercing, or part drop. If another machine is feeding the same line, add that detail so the specification can be checked against handling and downstream packing.
- Chuck size for section range
- Load and unload length limits
- Gas, power, extraction checks
Site conditions for South African plants
Tube cells installed in South African factories often need extra attention around incoming stock storage, forklift travel, and generator changeover during power interruptions. A long-bar machine cannot be squeezed into a corner without affecting loading safety and service access. Confirm door height, turning space for stock vehicles, and the path from receiving to the machine before final placement is approved.
At coastal plants, moisture and salt in the air can shorten cleaning intervals on exposed metal surfaces, covers, and certain service points. Inland sites may see more dust around rails, supports, extraction components, and electrical cabinets, especially where tube stock is stored nearby. These conditions should be reflected in maintenance planning, filter inspection, and the checks done before first-off parts are signed off.
Operated by Astros Marketing (Pty) Ltd from 2 Makro Place, Sunnyrock 1401.
Specification notes before sign-off
Record the tube grades, outer dimensions, wall thickness range, and the longest stock length expected on the cell. Add any requirement for bevels, slots, marking, or repeat hole patterns so the machine specification reflects the actual parts, not a generic tube brief.
Keep this spec page alongside the layout drawing, utility requirements, and sample part information when reviewing a purchase. It helps the factory team check crane or forklift handling, gas provision, extraction sizing, and where finished cut lengths will be sorted after unloading.
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