Industry

High-intensity use (e.g., continuous daily work): Ideally, calibration should be performed every 3-6 months. Harsh environments (e.g., large temperatu

Daily Maintenance 1. Clean the working surface: After each use, promptly clean away iron filings, oil stains, and other debris to keep the working sur

I. Core Precision Indicators and Testing Methods 1. Flatness Error: Measures the overall flatness of the worktable surface. Use an electronic level or

I. Preparation before precision adjustment 1. Environmental preparation: Perform the adjustment in a constant temperature (20±2℃) and vibration

How does wear affect accuracy? 1. Decreased flatness: Wear on the working surface will cause the overall flatness of the platform to exceed tolerances

I. Core Judgment Criteria 1. Usage Intensity: For high-load (e.g., daily welding > 8 hours) or heavy-duty conditions, quarterly inspection is recom

I. Comprehensive Inspection and Assessment Before Repair 1. Precision Testing: Use a level, laser flatness measuring instrument, etc., to check the fl

I. Daily Maintenance and Care 1. Regular Cleaning: After each use, wipe the working surface clean with a clean cloth and a special cleaning agent to r

The components of a 3D welding table most prone to wear are the locating pins, clamps, and T-slots. These directly participate in workpiece positionin

I. Cleaning: More Than Just Surface Cleaning Cleaning the welding table involves much more than just wiping the surface; it directly affects positioni

Precautions after calibration: 1. Handle with care to avoid impact: Handle workpieces gently during placement and operation to prevent impact on the p

Core Calibration Cycle and Operation 1. Daily/Before Each Use: Clean the worktable surface, locating pins, and clamps; check the air supply pressure (