Understanding bs145x115x30
The label bs145x115x30 most likely follows a standard format indicating dimensions in millimeters—145mm length, 115mm width, and 30mm height. These types of identifiers are used across industries to quickly convey size for parts, containers, or components.
In practice, labels like this help teams avoid confusion, as everyone from procurement to assembly lines knows exactly what’s being referred to. It’s shorthand for consistency.
This size is relatively compact and falls within a range suitable for modular stacking, bin storage, or as a form factor for small parts in assembly operations. It’s also commonly used in system designs where space is limited and items need to interlock or slot into place securely.
Where You See It in Action
Use cases for something sized bs145x115x30 are widespread:
Electronics assembly: Smaller PCB boards or enclosures are often sized very specifically. This could be the external size of a plastic or metal housing made for modules or circuitry. Warehouse bins or trays: Need to store components on a shelf or rack? This size falls right in line with industrystandard storage containers designed for stacking and sorting. Packaging materials: Custom packaging insert? Yep—something like this could be crafted as a molded foam insert for parts that need to arrive undamaged at their destination. Tool inserts or utility compartments: Toolkits, utility drawers, and machine components often use standardized inserts to manage space efficiently.
Why Exact Measurements Matter
Precision dimensions like 145x115x30mm aren’t just nicetohave—they’re operational necessities. Tolerances in production lines, warehouse layout optimization, and performance specs all depend on inputs being right the first time.
If a part is even a few millimeters off, it might not fit into an automated handling system. Or worse, it could throw off alignment across an entire product assembly process. As operations scale, small inconsistencies become expensive issues.
That’s why you’ll commonly see identifiers like bs145x115x30 referenced in CAD files, inventory systems, or build sheets. One mistake in entering that code, and you’ve got the wrong part and wasted hours.
Benefits of Standardization
Using standard size codes like bs145x115x30 simplifies everything from supply chain management to production workflows. Here’s what that looks like on the ground:
Easier sourcing: Suppliers can quickly identify or substitute compatible parts without backandforth clarifications. Faster quoting and approvals: Specs on hand = fewer questions = shorter lead times. Reduced training curves: New techs or warehouse staff can get up to speed quicker when part sizes follow consistent formats. Automation compatibility: Dimensions that match standard bins, trays, and flow racks integrate more smoothly into automated systems.
Tips for Managing SizeSpecific Components
Using parts or containers with specific measurements means your system needs to be just as tight. Here’s what you can do to manage SKUs like bs145x115x30 without headaches:
- Label storage clearly: Keep bins or shelf locations marked with both the size code and a visual cue.
- Centralize your dimension database: Use a single source of truth for all your parts specs. That way, teams aren’t working from outdated PDFs or spreadsheets.
- Integrate with your BOM: Link items like this to your bill of materials so they’re accounted for in planning and reordering.
- Use 3D models when possible: If available, attach a CAD model to each size code in your system for quick verification.
- Collaborate with suppliers: Stick to partners who can match your exact dimensions consistently. Document any agreed tolerances or material preferences to avoid surprises.
It’s Not Just a Number
Think of bs145x115x30 as more than just a product code—it’s a layer of discipline in your operations. From picking to packaging to prototyping, exact sizing streamlines every step. In fields where time equals money, letting standardization work in your favor isn’t just smart—it’s survival.
So if you’re handling parts or components around that size, tag it correctly, store it with care, and make sure every downstream team knows what that code means. No frills, no fuss—just data that drives smooth operations.
