Stainless Steel Shim Kit - 60 Pcs (6 Sizes, 10 Pcs Each), 2"x2" Slotted Metal Shims for Leveling, Motor Alignment, Industrial Assortment with Storage Box for Machinist, Shop

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• Ultra-Precise & Complete Kit: Our premium set includes 32 pieces of 304 stainless steel slotted shims, meticulously organized into 8 precise thicknesses (0.001", 0.003", 0.005", 0.010", 0.015", 0.020", 0.025", 0.075")—4 pieces each. This comprehensive range ensures you have the exact shim for any ultra-fine adjustment or gap-filling task, from delicate instrumentation to heavy-duty machinery
• Smart, User-Centric Design: Each shim measures a practical 2" x 2" with a 5/8" slot for easy handling. We go beyond basic packaging: every thickness is not only individually sealed but also features a large, laser-engraved thickness marking directly on the metal surface for instant, permanent identification. No more fumbling with labels that can fall off.
• Superior Precision & Safety: Engineered with advanced laser cutting (±0.001" tolerance) and finished on CNC lathes (concentricity ≤0.002"), these shims boast exceptionally smooth, burr-free edges. This superior precision guarantees effortless insertion, prevents damage to components, and eliminates the risk of operational jams or installer injury from sharp edges.
• Unmatched Durability & Corrosion Resistance: Forged from certified 304 stainless steel, our shims offer superior resistance to rust, corrosion, oils, and chemicals compared to standard carbon steel or lesser alloys. They are built to perform reliably in the toughest environments—marine, automotive, chemical, or high-moisture workshops—ensuring long-term accuracy and integrity
• Professional-Grade Versatility: This is the essential toolkit for precision engineering. Ideal for machine tool calibration, hydraulic system shimming, spindle alignment, conveyor belt leveling, automotive repair (e.g., wheel alignment, engine mounting), and countless DIY projects. It empowers mechanics, engineers, and technicians to achieve perfect fit, alignment, and stress distribution every time