Precision Laser Scanners | CNC tool calibration, Coordinate Measuring Machines | Precision: 0.001mm (ISO 10360) ▲0.0005mm in Advanced model Durability: Stainless Steel Housing (IP65 rated) Weight: 18kg (Balanced Portability for Field Use) | ▲Industry-leading accuracy in Advanced model Rugged design for harsh environments | Heavier than handheld devices Requires tripod setup for stability |
Portable Distance Meters | Construction site surveys, Quick Measurements | Precision: ±0.1m (IEC 60825-1) Weight: 0.8kg (Battery-powered) | Lightweight and easy to carry Affordable entry-level option | Limited to short-range measurements Lower accuracy vs. industrial scanners |
Industrial Laser Rangefinders | Manufacturing QA, Heavy-Duty Applications | Precision: 0.01mm (ISO 10360) ▲0.005mm in Advanced models Durability: Carbon Fiber Housing (MIL-STD-810G) | High repeatability in production lines Rugged for industrial abuse | Bulky and less portable Higher cost than basic models |
Surveying Total Stations | Land Surveying, Large-Scale Mapping | Range: 5km (ATR Tracking) ▲10km in Advanced models Integration: Dual Laser/光学传感器 (ISO 17123-7) | Combines laser and optical for versatile data collection Long-range capability | Requires skilled operators Complex setup time |
Handheld Laser Levels | Construction Alignment, DIY Projects | Precision: ±2mm (ANSI/ASME B89.4.1) Battery Life: 50hrs (Rechargeable) | Ultra-portable and user-friendly Low cost for basic needs | Limited to line-of-sight alignment No data logging capability |
Robotic Total Stations | Automated Surveying, Large Projects | Automation: Remote Control (RTK GPS Integration) ▲AI-Driven Scanning in Advanced models Range: 1.2km (ISO 17123-7) | Reduces labor costs via autonomous operation High data accuracy | Expensive upfront investment Requires IT infrastructure for connectivity |