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Many glass factory owners try to save capital by fabricating their own racks from scrap metal. While this reduces upfront costs, it creates a massive "Liability Black Hole." An uncertified rack that collapses under load doesn't just damage glass—it invites severe penalties from safety regulators like OSHA. |
When your maintenance team welds a rack in the back corner of the factory, are they following structural steel codes? Often, "Home-Made" racks rely on spot welding or inconsistent bead profiles. These joints may hold for a month, but metal fatigue from constant forklift vibrations will eventually cause a catastrophic snap.
Mgrack manufacturing follows strict industrial protocols. We utilize Robot-Assisted Full Seam Welding on all critical structural nodes. This ensures that the weld strength equals or exceeds the parent metal strength. By standardizing your fleet with professionally fabricated Glass Racking, you eliminate the variable of human error inherent in DIY fabrication.
Audit-ready construction: Continuous, defect-free welds ensure structural integrity that passes safety inspections.
The moment an overhead crane hooks onto a rack, it becomes a piece of "Lifting Equipment." In most Western jurisdictions, lifting points must be load-tested and certified. A piece of rebar bent into a loop and welded to a frame is illegal to lift.
Our racks feature Engineered Lifting Eyes that are integrated into the main chassis design. We understand the dynamic forces of hoisting heavy glass packs. By using our certified equipment, you transfer the liability of structural design from your shoulders to ours, protecting your company from negligence claims in the event of an accident.
Don't gamble with cranes: Use factory-certified lifting points backed by engineering load data.
DIY racks are rarely identical. Slight variations in size, width, or castor height create chaos in automated storage systems or when loading trucks. "Frankenstein" fleets waste space and cause handling errors.
Investing in a Standardized Glass Storage System ensures that every rack has the exact same footprint, the same connecting points, and the same load capacity. This consistency allows you to stack them safely, plan your truck loads with precision, and train your staff on a single, safe operating procedure.
Yes. Upon request, we can provide a Manufacturer's Certificate of Conformance detailing the materials used (Q235 Steel) and the rated Safe Working Load (SWL) for your specific rack model.
Stitch (or spot) welding leaves gaps where moisture can enter (causing internal rust) and creates stress concentration points. Full seam welding distributes the load evenly across the entire joint, maximizing fatigue life.
Our racks feature standard-sized forklift pockets (typically 150mm x 70mm or custom). We recommend checking your fork dimensions, but our design fits 95% of standard industrial forklifts and telehandlers.
Any structural damage compromises safety. Because our system is modular (bolted base), you can often order a replacement part from us rather than scrapping the whole rack or attempting a risky DIY repair.
We provide a User Manual that outlines safe loading practices (e.g., load balancing, strapping procedures) which you can incorporate into your employee induction training.
