Thank you for sending your enquiry! One of our team members will contact you shortly.
Thank you for sending your booking! One of our team members will contact you shortly.
Course Outline
Introduction to the FLSUN V400
- Operational overview of the delta kinematics and parallel-arm motion system
- Technical specifications: 300 mm diameter by 410 mm height build volume
- Performance metrics: print speeds up to 400 mm/s and acceleration capabilities
- Overview of Klipper firmware and web-based control architecture
- Component inventory: frame, effector, hot end, heated bed, and touchscreen interface
Unboxing and Hardware Installation
- Unpacking procedures and packaging inspection protocols
- Assembly of the upper frame and attachment of delta arms
- Connection of the touchscreen interface, power supply, and peripheral cables
- Pre-operational verification of mechanical integrity
Initial Configuration and Web Interface Navigation
- Network connection via WiFi and access to the Fluidd interface
- Dashboard navigation: temperature controls, console commands, and macro management
- Upload and validation of the printer configuration file
- Configuration of language, measurement units, and system preferences
Automated Bed Leveling and First-Layer Calibration
- Step-by-step execution of the automated bed leveling probe routine
- Manual Z-offset adjustment for optimal first-layer adhesion
- Characteristics and usage of the PEI flexible magnetic build plate
- Assessment of first-layer quality: identification of defects and corrective measures
Filament Management and Loading Procedures
- Compatible material types: PLA, PETG, ABS, TPU, and polycarbonate
- Best practices for filament storage and moisture prevention
- Procedure for loading filament through the runout sensor to the extruder
- Safe removal and replacement of filament during a print job
Slicing Software and File Preparation
- Overview of compatible slicing platforms: FLSUN Slicer, Cura, PrusaSlicer, and OrcaSlicer
- Importing STL files and positioning models on the build plate
- Configuration of layer height, infill density, support structures, and adhesion settings
- Selection of material profiles for PLA, PETG, ABS, and TPU
- Exportation of G-code to USB storage or upload via the web interface
Print Initiation and Job Management
- Starting print jobs from USB, local storage, and the Fluidd interface
- Real-time monitoring of print status via touchscreen and web console
- Standard procedures for pausing, resuming, and canceling prints
- Power loss recovery protocols for uninterrupted operation
- Utilization of the filament runout sensor to prevent print failures
Material-Specific Printing Guidelines for Government
- PLA: recommended temperature settings, cooling requirements, and adhesion parameters
- PETG and ABS: elevated nozzle and bed temperature profiles
- TPU: handling instructions for flexible filament and adjusted print speeds
- Bed temperature and enclosure considerations for materials prone to warping
Identification and Correction of Print Defects
- Inspection of completed prints for dimensional accuracy and surface finish
- Diagnosis of common issues: stringing, warping, layer shifting, and under-extrusion
- Adjustment of retraction, flow rate, and temperature to resolve defects
- Nozzle clog clearance using cold pull techniques and cleaning filament
- Criteria for re-leveling the bed or recalibrating the Z-offset
Routine Maintenance and Consumable Replacement
- Daily and weekly cleaning checklists to ensure operational reliability
- Lubrication of linear rails and inspection of belt tension
- Nozzle replacement and hot end assembly maintenance
- Klipper firmware updates and restoration of configuration backups
USB Printing and File Management
- USB drive formatting and G-code file organization
- Selection and initiation of prints directly from the touchscreen
- Management of print queues and local file storage
- Transfer of files between USB storage, local printer storage, and the web interface
Time-Lapse Imaging and Advanced Features
- Configuration and setup of time-lapse capture functionality
- Motherboard firmware update procedures and timing
- Restoration of printer configuration from backup files
- Connectivity options: USB, WiFi, and network configuration parameters
Requirements
- No prior experience with additive manufacturing techniques is required.
- Foundational computer proficiency is necessary, including file management, web navigation, and the use of external storage devices.
Target Audience
- Production operators and technicians who are new to 3D printing operations.
- Maintenance staff tasked with the routine upkeep of printing equipment.
- Team leaders and supervisors managing additive manufacturing processes.
- Personnel responsible for operating the FLSUN V400 within workshop or production environments for government applications.
14 Hours
