Industrial SLA Printer
Printing Efficiency: 1.3 times faster than standard SLA printers, capable of printing 55kg of material per day.
Precision Parameters: Vertical resolution of 0.0005mm, repeat positioning accuracy of ±0.01mm, dimensional accuracy of ±0.05/100mm.
Laser Type: Solid-state laser Nd:YV04
Suitable Printing Material Properties: High toughness, high temperature resistance, high transparency, compatible with various printing materials.
File Types: STL, SLC slicing.
Description
Technical Parameters
Industrial SLA 3D printers have large-size printing capabilities, with a printing efficiency 1.3 times higher than ordinary SLA printers, and a daily printing material processing capacity of up to 55kg. The equipment uses a high-precision stable system, and the surface finish of the printed products is high. It is suitable for a variety of high-performance printing materials, including high toughness, high temperature resistance, high transparency and other characteristics, which can meet the needs of diversified engineering applications. The equipment significantly reduces production costs and is suitable for small-batch customized production.
Function characteristics
Large volume with high precision:600 X 600 X 420 printing space, Maximum improves production
efficiency and flexibility. Accuracy grade 0.05 mm, can manufacture precision parts and complex structure.
Variable spot technology: Core components of patented technology, freely switch variable spot
system, improve printing efficiency, meet enterprise' product development requirement.
Negative pressure coating system: Auto level regulation smoothing liquid surface, layer thickness can
be precision 0.05mm, improve printing frame surface evenness.
Industrial operation platform: Big size LCD display panel, good interface, easy operation, meet many
end customers.
Multiple raw materials choice: Support high transparency\colorful\high temperature resistance\high
toughness; meet various industry material characteristics requirement
| Laser type | Solid-state Laser Nd:YV04 |
| Wavelength | UV λ=355nm |
| Mini.Power | 350mv(Actual) |
| Spot diameter | 0.1-0.2(Variable) |
| Scanning mode | Scancube10(Import) |
| Selected domestic | |
| Part scanning speed | 10.0m/s |
| Part jump speed | 10.0m/s |
| Control system | 3D Printer.exe |
| File type | STL,SLC slicing |
| Coating method | Intelligent positioning vacuum coating |
| Normal layer thickness | 0.1mm |
| Quick production layer thickness | 0.125mm |
| Vertical resolution | 0.0005mm |
| Repeated positioning accuracy | ±0.01mm |
| Dimensional accuracy | ±0.05/100mm |
application of industrial sLA 3D printer
Prototype industry
High-precision light curing technology, quickly transforming designs into physical models
Supporting strict requirements on details and dimensions, accelerating design verification, and shortening development cycles.
Automotive parts manufacturing
Rapidly manufacturing complex parts prototypes (engine/interior parts)
Assisting design optimization and performance testing, improving R&D efficiency
Medical models and equipment
High-resolution simulation of human tissue models for preoperative planning and teaching
Quick development of customized medical equipment to improve the accuracy of diagnosis and treatment.
Lighting design and manufacturing
Accurately realize complex shapes and structures, and quickly produce samples
Support small-batch production and promote the efficient implementation of innovative designs.
The Working Principle of SLA 3D Printers
Laser curing principle
The printer uses a laser with a specific wavelength and intensity, and accurately controls the scanning path through a galvanometer, so that the laser is focused on the surface of the photosensitive resin, and solidifies point by point and line by line to build a two-dimensional layer.
Layered manufacturing principle
After each layer of curing is completed, the vertical drive motor drives the bracket to move a layer height, and the layers are stacked to form a three-dimensional entity.
Liquid surface leveling and impurity cleaning principle
The horizontal drive motor drives the scraper to move horizontally, level the liquid surface and clean impurities to ensure the flatness of the printing surface and the printing quality.
Position control and feedback
The vertical movement position of the bracket is accurately controlled by proximity switches and limit baffles to ensure printing accuracy and equipment safety.
FAQ
1. What is an Industrial SLA 3D Printer?
It is an industrial-grade Stereolithography (SLA) 3D printer that uses lasers to solidify liquid resin layer by layer to create three-dimensional objects.
2. What is the SLA 3D Printer speed of this printer?
About 50-80 cm³/h when the standard layer thickness is 0.05mm, and the speed varies with the layer thickness and model complexity.
3. What materials does this SLA 3D printer support?
High-strength engineering resins, high-temperature resistant resins, elastomer resins, dental special resins, etc., to meet industrial and medical needs.
4. Is the maintenance cost high?
The core components have a long life (2000-3000 hours), the replacement cost of wearing parts is low, and optional after-sales packages can optimize costs.
5.What are the advantages of Industrial SLA printers compared to other types of 3D printers?
High precision: Able to achieve micron-level accuracy, suitable for industries such as medical and aviation that require high-precision parts. High surface quality: The printed model has a smooth surface and strong detail expression.
Complex geometry printing capability: Able to print complex internal structures without considering tool paths or bottom supports in traditional manufacturing technologies.
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