Bodor AT

Overview

The Bodor AT is a Classic Model sheet & tube laser cutting machine that provides sheet and tube-cutting capabilities in a single unit. It includes cutting parameter auto-match, visual comparison of sample parts, intelligent collision avoidance for the laser head using self-developed servo-following sensors and path avoidance algorithms, and a pioneering modular worktable structure. Performance specifications list Max. Linkage Speed 100m/min, Max. Acceleration 1.5G, Z-Axis Travel 100mm, Positioning Accuracy ±0.05mm/m, and Repositioning Accuracy ±0.03mm. Structural and durability details include a 3rd-Generation Mortise-and-Tenon Welding Bed Frame with rigidity increased by 30% and structural strength enhanced by 25%, an Aerospace Aluminum Beam with Weight 30%↓ and Structural Strength 25%↑, a neat wiring harness assembly with a lifetime maintenance-free rate reaching as high as 98%*, a mineral cast anti-burn plate described as heat-resistant and non-conductive, and fast pneumatic chucks that can complete clamping in as fast as 2 seconds. Variant-specific dimensions and load data: A3T — Working Area 3048mm*1524mm; Table Load Bearing: ±0.03mm; Overall Dimensions: 8641mm*3870mm*1861mm. A4T — Working Area 4000mm*1524mm; Table Load Bearing: 1196kg; Overall Dimensions: 8641mm*3870mm*1861mm. A6T — Working Area 6100mm*1524mm; Table Load Bearing: 1824kg; Overall Dimensions: 8641mm*3870mm*1858mm. A6T Plus — Working Area 6100mm*2500mm; Table Load Bearing: 2992kg; Overall Dimensions: 8641mm*4879mm*2103mm. The AT Series is presented as a cost-effective choice that minimizes the need for multiple machines by offering sheet and tube-cutting capabilities in a single unit to broaden cutting capabilities. Cutting parameter auto-match together with visual comparison of sample parts is described as simplifying the cutting process, enhancing cutting quality, and reducing labor costs. The product description also states that laser scanning cutting delivers a high energy absorption rate within the cutting area and that cutting high-reflective sheets is unaffected by back reflection, enabling true batch processing of those materials; additionally, a fast transmission speed and high-performance bus servo motors are described as significantly increasing processing efficiency.