Gear Rack Drive Sliding Block Precision Aluminum Alloy Construction Manual Platform Slide with Dovetailed Grooves for Marking Fiberoptic Adjustments and Industrial Applications

Product description Name: Sliding BlockMaterial: aluminum alloy + brassStroke distance: 40mmResolution: 0.01mmItem size: 60 * 40 * 30mm / 2.36 * 1.57 * 1.18inItem weight: 250g / 8.82ouncePackage size: 80 * 50 * 40mm / 3.15 * 1.97 * 1.57inPackage weight: 270g / 9.52ounce Package List：Packing List:1 * Sliding Block Manufacturer Contact Information 1

• [PRECISION ENGINEERED ALUMINUM CONSTRUCTION]: Our sliding block features aerospace-grade aluminum alloy with precision machining and anodized surface treatment for exceptional durability. The lightweight yet sturdy construction provides superior resistance while maintaining exact dimensional stability for repeated high-precision applications.
• [INDUSTRY-LEADING GEAR RACK DRIVE SYSTEM]: Engineered with premium brass gear components and advanced rack-and-pinion technology, this drive system delivers unmatched smoothness and precision. The optimized gear mesh ensures virtually zero backlash operation, making it ideal for sensitive positioning tasks requiring micron-level accuracy.
• [MICRO-PRECISION MEASUREMENT CAPABILITY]: Boasting an impressive 0.01mm resolution scale, this sliding block enables ultra-fine measurements critical for precision engineering. The-etched markings remain permanently visible and wear-, ensuring reliable readings throughout the product's extended service life.
• [ERGONOMIC ADJUSTMENT MECHANISM]: The specially designed anti-slip knurled screws provide comfortable fingertip control while preventing accidental slippage. Each adjustment moves smoothly along precision-ground threads, allowing delicate positioning without vibration or play that could compromise measurement accuracy.
• [PROFESSIONAL-GRADE VERSATILITY]: Designed to excel in demanding environments from electronics assembly to scientific research labs. The robust construction handles everything from delicate fiber optic alignment to heavy-duty industrial positioning tasks with equal precision and reliability.