Bambu Lab X1E With AMS  (Global Version) – Ultra-Fast Industrial 3D Printer with Advanced Multi-Material System & AI-Enhanced Precision

The Bambu Lab X1E With AMS  (Global Version) is an ultra-high-performance 3D printing system built for industrial creators, engineering labs, product developers, and professional manufacturing environments. With extreme speed, CoreXY stability, AI-assisted automation, and the next-generation AMS  multi-material management system, the X1E delivers outstanding print quality, superior reliability, and true enterprise-grade control.

Optimized for engineering materials, large production batches, rapid prototyping, and multi-material workflows, the X1E With AMS  stands as one of the most advanced FDM printers available globally.

Overview

The X1E With AMS  merges high-speed CoreXY architecture with enterprise-level environmental control, advanced AI monitoring, industrial filament compatibility, and next-gen multi-material automation. Designed around accuracy, consistency, and secure cloud or offline operation, it’s the perfect solution for professional R&D labs, engineering manufacturing, robotics prototyping, architectural modeling, and continuous operation environments.

With 500 mm/s print speed, 20,000 mm/s² acceleration, LIDAR-based first-layer inspection, and active chamber temperature regulation, the X1E delivers flawless results across all material categories — including carbon-fiber composites, polycarbonate, nylon, ABS, ASA, high-temp blends, and performance engineering polymers.

The included AMS  elevates multi-material workflows with filament drying, humidity monitoring, rapid switching, and full automation of long, complex print jobs.

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Features

Next-Gen AMS  Multi-Material System
Supports up to 16 colors/materials, auto-drying, moisture-proof storage, error-proof filament switching, and two-way sensor-driven feeding. Perfect for complex color projects, engineering blends, and long production runs.

High-Speed CoreXY Architecture
Delivers extreme speed with up to 500 mm/s peak print velocity and 20,000 mm/s² acceleration while maintaining dimensional accuracy through advanced vibration compensation.

AI-Powered Print Monitoring & LIDAR Precision
Equipped with LIDAR scanning, spaghetti detection, model deviation alarms, and real-time sensor monitoring for near-perfect print reliability.

Industrial-Grade Enclosed Chamber Control
Fully sealed chamber with active heating, air filtration, thermal regulation, and humidity stabilization, enabling stable printing of ABS, PC, PA, carbon-fiber nylon, and high-temperature engineering materials.

Enterprise-Level Data Security & Network Control
Supports offline printing, secure LAN mode, restricted cloud access, encrypted protocols, and enterprise-ready deployment for industrial environments.

Automatic Calibration System
Features nozzle pressure calibration, auto bed leveling, vibration tuning, and LIDAR first-layer mapping for consistent accuracy.

High-Strength Structural Frame
Reinforced CoreXY frame minimizes resonance, boosts precision, and ensures superior stability even at maximum speed.

Wide Filament Compatibility
Supports PLA, PETG, ABS, ASA, PC, PA, TPU, PPA, Composite Filaments (Carbon Fiber / Glass Fiber), High-Flow Engineering Filaments, and more.

Global Version Performance Enhancements
Optimized thermal control, extended material support, improved network security, and full international firmware compatibility.

Specifications

Long Description

The Bambu Lab X1E With AMS (Global Version) is engineered for professionals who demand industrial-grade reliability, ultra-fast printing, multi-material automation, and high-accuracy output. Its advanced CoreXY mechanism, LIDAR-enhanced inspection, and multi-sensor AI ecosystem allow it to deliver perfectly consistent results in engineering labs, industrial workshops, robotics development, and commercial prototyping environments.

The active chamber system stabilizes internal temperature for high-performance materials like carbon-fiber nylon, PC, PA, ABS, PPA, and other specialty engineering polymers that require controlled thermal conditions. The AMS takes multi-material work to the next level with automatic filament feeding, anti-moisture storage, filament tracking, and rapid switching.

The X1E Global Version also upgrades enterprise security, offering encrypted data transfer, LAN-only operation, cloud restrictions, and offline safety — making it suitable for sensitive manufacturing, academic research labs, and corporate R&D departments.