SOPTOP SZMN 7-45X Simul-focal Trinocular Stereo Microscope

SOPTOP SZMN 7-45X Simul-focal Trinocular Stereo Microscope

The Soptop SZMN 7-45X Simul-Focal Trinocular Stereo Microscope is designed for technicians, electronics repair professionals, hobbyists, and lab users seeking reliable stereo magnification with excellent versatility and ergonomics. With a smooth 7×–45× continuous zoom range, this microscope lets you easily switch between a wide overview and fine-detail inspection — making it perfect for PCB checking, micro-soldering, component inspection, and small-parts assembly.

Thanks to its super wide-field, high-eyepoint WF10X eyepieces and simul-focal optical system, the SZMN delivers crisp, distortion-free stereo images across a broad field of view — helping you spot even the smallest flaws with clarity. The 45° inclined trinocular head with 360° rotation ensures comfortable viewing over extended sessions and allows simultaneous use of eyepieces and a camera — ideal for documentation, live monitoring, or training.

With a generous 100 mm working distance beneath the lens, there’s ample space for tools, soldering irons, or intricate components — a major advantage for electronics repair or detailed assembly work. The microscope’s robust design and full-optical glass elements deliver high-resolution, true-color, flat stereo images — making SZMN a dependable partner for precision work in workshops, labs, or production benches.

Whether you’re repairing circuit boards, inspecting solder joints, assembling small parts, doing quality control, or documenting your work — the Soptop SZMN 7-45X offers clarity, flexibility, and comfort for professional-level results.

✅ Key Features

• 7–45× Continuous Zoom (Simul-Focal) — Seamlessly go from a broad field of view to detailed close-up without lens changes.
• Wide-Field WF10X/20 mm High-Eyepoint Eyepieces — Provides a broad, comfortable view and reduces eye fatigue, even for long sessions or users with glasses.
• Trinocular Head with 1.0X CTV Camera Port — Lets you attach a camera for photo/video documentation or live display while retaining stereo eyepiece view.
• Crystal-Clear Stereo Erect Images — Full-optical glass lenses deliver true-color, sharp, distortion-free stereo images ideal for inspection and repair work.
• 100 mm Working Distance — Ample space under the lens for soldering tools, tweezers, or components — perfect for PCB/mobile board repair.
• 45° Inclined, 360° Rotatable Viewing Head — Ergonomic design for comfortable viewing angles and easy sharing or camera positioning.
• Adjustable Interpupillary Distance (54–75 mm) & Diopter Adjustment (±5 dp) — Enables clear focus and comfort for different users and vision needs.
• Simul-Focal Zoom System — Maintains focus and parfocality between eyepieces and camera port for consistent magnification during imaging or documentation.
• Sturdy Build Suitable for Workshop Use — Durable optics and mechanical parts for frequent use in repair benches, labs, or production environments. (Based on standard features of similar stereo microscopes)
• Versatile Application — PCB Inspection, Electronics Repair, Quality Control, Small-Parts Assembly, Lab Work & Documentation — Great for professionals, hobbyists, quality-control labs and educational setups.
  

  📊 Technical Specifications

  Specification	Detail
  Model	Soptop SZMN 7-45X Simul-Focal Trinocular Stereo Microscope
  Magnification Range	7× – 45× continuous zoom
  Eyepieces	WF10X / 20 mm wide-field, high-eyepoint eyepieces
  Objective Zoom	0.7× – 4.5× zoom objective
  Working Distance	100 mm (approx.) — comfortable space for tools/components beneath lens
  Observation Head	Trinocular head, 45° inclined, 360° rotatable; interpupillary distance 54–75 mm, diopter adjustment ±5 dp
  Camera Port	1.0X CTV port (simul-focal) for camera/monitor attachment
  Field of View / Stereo Image	Wide-field stereo erect images with good flatness and contrast (typical for simul-focal stereo microscopes)
  Recommended Use Cases	PCB/mobile-board repair, micro-soldering, electronics inspection, small-part assembly, lab quality control, documentation/teaching via camera output