LASER & IMAGE GNSS RECEIVER

PRECISE X7

All You Need for Surveying, All in One.

Enhanced by the MATRIX ALGORITHM

• Laser Survey
  Laser-Precise Survey, Wherever You Aim!
  70m , Laser Survey Distance
  ＜2.5cm, Accuracy within 30 metres
• AR Stakeout
  Bring your blueprint to life with X7 AR Layout!
  2cm, AR alignment accuracy
• Tilt Survey
  Easy tilt sensing and accurate every time!
  <2cm, Accuracy within 60°
  ±60°, IMU tilt angle

RTK RECEIVER

PRECISE X7 Lite

Reliable Tilt Survey, Unbeatable Value.

Enhanced by the MATRIX ALGORITHM

• Tilt Survey
  Easy tilt sensing and accurate every time!
  <2cm, Accuracy within 60°
  ±60°, IMU tilt angle

RTK RECEIVER

PRECISE X

Survey grade receiver with an Exceptional User Experience.

Enhanced by the MATRIX ALGORITHM

• EASY-Fix, High-spec hardware ensures hassle-free positioning and settlement, 30% faster speed and 20% higher rate to get fixed under the same canopy.
• EASY-Surveying, IMU overcoming conventional terrain constraints while enhancing surveying flexibility and precision.
• EASY-Stakeout, Real-time, precise AR visual marking enhances accuracy and simplifies staking.
• EASY-Connecting, Versatile communication protocols enhance streamlined surveying and field operations.
• EASY-Power, Extended Endurance for Uninterrupted Field Performance.
• Easy-Durability, Waterproof and Heat-Resistant Design for Extended Product Lifespan.

Portable 3D Laser Scanner

PRECISE S2

Scan it. See it. In true color.

Enhanced by the MATRIX ALGORITHM

• Scan Once. Save 80% of Your Time.
  360° Super-Wide FOV
  Progressive FOV Expansion
  25° Tilted Mounting Angle
• If You Can Walk It, You Can Scan It.
  10cm Minimum Detection Range
  Active Anti-Interference
  Built-in High-Frequency IMU
• Scan Today. Model Today.
  Dual 1-Inch Image Sensors
  Sharper Point Clouds Perfectly Fused
  Real-Time Preview Precision Results
  High-Fidelity SLAM by Design
• Small, Simple, Powerful. All Day Long.
  Ultra-Light.Ultra-Mobile.
  As Easy as a Photo. Smarter Than Ever.
  Power Through the Day. No Interruptions.
  One S2. Many ScanStations Replaced.Tilt Survey

New-generation Android Total Station

PRECISE T3

Smarter Surveying.
Uncompromising Precision.

Enhanced by the MATRIX ALGORITHM

• Built for Precision
  1000m Reflectorless EDM, ±3mm + 2ppm Precision
  ±4′ Dual-Axis Tilt Compensation
  30x Wide-Angle Optics with Anti-Glare Coating
• Intuitive Operation Redefined
  5.5” Daylight-Readable Touchscreen
  Dual Input, Keypad + Handwriting
  One-Click Quick Measure
• Smarter Android Core
  Octa-Core CPU, 4GB RAM + 64GB Storage
  Open Android System
• Always Connected, Always in Control
   6-Way Data Communication
   Cloud Backup & OTA Firmware

Excavator Guidance System

PRECISE E2

Dig Precisely. Work Independently. Finish with Confidence.

Enhanced by the MATRIX ALGORITHM

• Precision That Matters
  Centimeter-Level Precision
  Integrated GNSS + IMU
  Reference-Based Operation
• Faster Jobs, Fewer Errors
  Quick Setup & Operation
  One-Man Excavation
  First-Pass Accuracy
• Control in All Conditions
  All-Weather Durability
  High-Brightness Touchscreen
  Multi-Mode Support
• Stay Connected, Stay Productive
  All-Constellation GNSS
  Built-In 4G & Radio
  Wireless Tools & Updates

Autopilot Steering System

PRECISE A2

Autopilot Steering System with an Exceptional User Experience.

Enhanced by the MATRIX ALGORITHM

Autopilot Steering System

PRECISE A

Autopilot Steering System with an Exceptional User Experience.

Enhanced by the MATRIX ALGORITHM

• ± 2.5cm working Accuracy
• 0.1-28km/h Velocity Range
• 20mins(min) Quick Installation
• ISOBUS Implement Control
• Satellite-based PPP Free Satellite-based Solution (Low Precision)
• All Scenarios Support Diverse Operation Modes
• High Compatibility Compatible with Mainstream Agricultural Machinery Brands and Models

GNSS Reference Receiver

PRECISE C

Redefining CORS with Unmatched Precision and Reliability.

PRECISE C is a lightweight split GNSS receiver designed for the safety monitoring industry, featuring miniaturisation, low power consumption, low cost, high update rate, Gigabit network port, high satellite search quality, etc. Used with a small 3D choke antenna, it can be used as a reference and monitoring station in harsh monitoring scenarios, and is widely used in the fields of bridge monitoring, dams in reservoirs, and other precision structures monitoring.

• Full Constellation Tracking
• High Frequency Monitoring
• Powerful Performance
• Front-end Resolution
• Simple Appearance
• Remote Control