Wischos Gift Trading

EDC Accessories

EDC Folding Metal Scissors

  • Built-In Ruler Scale: Millimeter graduation marks etched directly onto the blade provide quick measurements without reaching for a separate ruler — a practical field feature for packaging, crafts, or office work.
  • Compact Foldable Design: Retracts to 9cm for secure storage in desk drawers or tool kits — blades fully protected, no damage to surrounding gear.
  • Hardened 2CR13 Steel Blades: Precision-ground for lasting sharpness and corrosion resistance, significantly more durable than standard carbon steel office scissors.
  • Heavy-Duty 41.9g Build: Solid all-metal construction with a stable riveted pivot provides the cutting stability that lightweight plastic alternatives cannot deliver.

About This Product

Precision-ground 2CR13 stainless steel blades in a natural satin silver finish — these scissors maintain excellent rust and wear resistance even in moist environments or with high-frequency use. The blade features millimeter ruler markings etched along its length, providing a quick measurement reference without requiring a separate tool. The stable riveted pivot ensures smooth operation and cutting stability, making these a reliable assistant for unboxing, cutting heavy thread, or general office maintenance.

Designed for professionals who value efficiency and organization, the folding structure not only protects the blades but also prevents damage to other gear while being carried. This is a solid, functional tool that replaces unreliable office disposables with a permanent hardware asset — a practical corporate gift that earns its place in every desk drawer or EDC kit.

Open Length145mm
Closed Length90mm (Pocket-ready)
Net Weight41.9g
Blade Material2CR13 Stainless Steel
FinishNatural Satin Silver (Passivated)
Ruler ScaleMillimeter Graduations on Blade
PivotStable Riveted Mechanism

How does 2CR13 steel compare to standard office scissors in terms of rust resistance?

2CR13 is a martensitic stainless steel specifically chosen for its hardness and anti-corrosive properties. The natural satin silver surface is passivated to maximize corrosion resistance — significantly more resistant to moisture and environmental oxidation than common carbon steel used in standard office scissors.

Is logo customization possible on the natural silver surface?

Yes. The satin silver stainless steel surface provides a clean background for laser engraving. The branding is etched directly into the steel, ensuring a permanent, professional mark that will not fade or peel under daily handling.

How accurate are the built-in ruler markings?

The millimeter graduations are precision-etched onto the blade surface and calibrated for accurate quick measurements. They are suitable for general cutting, packaging, and field reference use.

How sturdy is the folding mechanism under repeated daily use?

The riveted pivot is precision-set to maintain consistent tension and blade alignment through thousands of open-close cycles. Unlike spring-loaded or clip-style mechanisms, the riveted design does not loosen over time, ensuring long-term cutting accuracy.

2CR13 Martensitic Steel: Rust-Resistant Cutting

2CR13 (0.20% C, 13% Cr) is heat-treated to HRC 48–52 and then passivated — a chemical process (typically citric acid bath) that enhances the chromium oxide surface layer. This passivated layer provides corrosion resistance comparable to 304 austenitic steel while maintaining the hardness needed for a lasting cutting edge. Standard carbon steel scissors would develop visible rust spots within weeks of office use.

Riveted Pivot vs Spring Pivot

The riveted pivot (solid metal pin with precision-set tension) is mechanically simpler and more durable than spring-loaded designs. It has zero components that can fatigue or break — the pivot tension is set during manufacturing by cold-pressing the rivet to a calibrated diameter. This is why industrial scissors use riveted pivots: consistent cutting force for tens of thousands of cycles without adjustment.

Built-In Ruler: Precision Etching

The millimeter graduations are produced by fiber laser marking (20–50W, 1064nm wavelength) — the same process used for surgical instrument calibration marks. The laser creates a permanent oxide mark in the steel surface (color change, not material removal) that cannot be rubbed off by handling. Accuracy is typically ±0.1mm over the marked length — adequate for packaging measurements and craft work.

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