Mechanic MC75L-B3 Monocular 0.7-4.5X Continuous Zoom Single Cylinder Design Microscope With LED Light

Description

Mechanic MC75L-B3 Single Cylinder Design 0.7-4.5X Continuous Zoom with LED Light Microscope

The Mechanic MC75L-B3 Microscope blends compact design with versatile performance — delivering smooth continuous zoom, ergonomic build, and dependable lighting for a range of uses: PCB inspection, electronics repair, industrial QC, lab research, and visual diagnostics. Its single-tube, monocular design keeps the footprint minimal while offering a respectable zoom range and a comfortable working distance, making it an excellent choice for workshops, benches with limited space, or mobile-repair kiosks.

Engineered with full-optical glass elements and anti-reflection coating, the MC75L-B3 ensures clear, distortion-free imaging and depth perception that helps when working on small components or inspecting intricate details. The integrated bright LED cold-light source with stepless brightness control provides near-natural, shadow-free illumination — essential when soldering or inspecting PCBs under varying ambient light. A sturdy all-metal stand with 360° rotation and adjustable focusing ensures stable performance even during prolonged work sessions.

Whether you’re a workshop technician, hobbyist, or quality-control inspector — this microscope offers the precision, convenience, and reliability to handle fine inspection tasks or component-level jobs.

🔧 Key Features

• 0.7× – 4.5× Continuous Zoom Objective — Smooth zoom range with 6.4:1 zoom ratio, ideal for transitioning from wide overview to detailed inspection.
• Large Working Distance (~100 mm) — Provides enough space to work comfortably with tools beneath the lens — suitable for soldering or PCB component work.
• Integrated LED Cold Light Source with Brightness Control — Shadow-free, stable illumination with adjustable brightness for clear visibility even in low-light shops.
• Compact Single-Tube Monocular Design — Space-efficient build makes it ideal for small benches, limited space labs, or mobile-repair setups.
• 360° Rotatable Stand & Adjustable Focus — Allows flexible positioning and precise focusing for comfortable inspection and maintenance tasks.
• High-Definition, Anti-Reflective Optics — Provides sharp, high-contrast, and undistorted images for detailed inspections or component-level work.
• Camera / External Display Compatible — Though monocular, the unit supports external camera systems via adapter — helpful for documentation, teaching, or remote inspection workflows.
• Durable All-Metal Build — Solid construction ensures stability, longevity and reliable performance in workshop/industrial conditions.
• Adjustable Focus & Zoom Controls — Smooth focusing and zooming without losing clarity — ideal for fine inspection, soldering or component adjustments.
• Versatile Applications — Suitable for PCB inspection, mobile-phone / laptop board repair, small part inspection, lab work, industrial QC, DIY electronics – a flexible tool for multiple use-cases.
  

  📐 Technical Specifications

  Specification	Detail
  Model	Mechanic MC75L-B3 Microscope
  Zoom Range (Objective)	0.7× – 4.5× continuous zoom (zoom ratio 6.4:1)
  Working Distance	~ 100 mm standard working distance (with potential extension via auxiliary lenses: 37–356 mm)
  Illumination	LED cold light source, adjustable brightness (stepless regulator), stable color temperature
  Focus Adjustment	Adjustable focusing handwheel with smooth, precise focus control; lifting range ~ 50 mm
  Stand / Mount	All-metal pillar stand, 360° rotation, height-limit accessory for stability
  Design	Monocular, single-tube (single eyepiece) design — compact footprint, minimal bench space required
  Camera Compatibility	Supports external camera via standard adapter (C-mount or similar) — external display possible
  Applications	PCB inspection, electronic repair, industrial inspection, lab work, micro-assembly, quality control, DIY electronics
  Approx. Dimensions	260 × 375 × 325 mm (as per manufacturer data)
  Weight	~ 4–5 kg (typical for model configurations)