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Build Surfaces for Lynxter

Ref.: LYNXTER-BASE-S300X-PEI

275.00 €

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Approximate delivery date: Thursday 29 January - Monday 2 February

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The build surfaces for Lynxter printers are available in two high-performance versions: PEI composite and PP composite, offering solutions tailored to different professional 3D printing needs. Both materials are optimized for the S300X – LIQ21 | LIQ11 and S300X – FIL11 | FIL11 models, ensuring exceptional adhesion, thermal stability, and precise results from the first layer. These robust surfaces provide the reliability required for demanding jobs and technical filaments that need precise print control.

Thermal performance and durability for high-precision prints

The PEI composite bed stands out for its high-temperature resistance, withstanding up to 160 °C without deforming, while the PP composite offers excellent durability and chemical resistance, ideal for materials that require lower initial adhesion but easier part removal. Both options ensure each print remains stable, minimizing failures and enhancing the final finish of each piece.

Absolute stability and secure mounting for extended cycles

The mounting system with six anchors guarantees a fully stable, aligned, and vibration-free bed during printing, optimizing layer quality and part repeatability. Its simple and quick installation allows for an efficient workflow, increasing productivity in professional manufacturing environments.

Video 1: Lynxter S300X - LIQ21 | LIQ11 Silicone Printer. Source: Lynxter

Practical removal for faster post-processing

Each bed includes a ergonomic handle for easy removal after printing, allowing parts to cool and be demolded effortlessly. This feature speeds up workflow, especially in continuous production processes, maintaining a steady and safe work pace.

Comprehensive optimization for Lynxter printers

Designed to maximize adhesion, stability, and durability, PEI composite and PP composite beds become essential for those seeking reliability, precision, and professional 3D printing finishes. Their compatibility with the S300X – LIQ21 | LIQ11 and S300X – FIL11 | FIL11 models ensures optimal performance from the first print to the most demanding production.

Video 2: Lynxter S300X - FIL11 | FIL11 Silicone Printer. Source: Lynxter

General information
Manufacturer	Lynxter
Technology	FDM/FFF / LAM
Compatibility	S300X - LIQ21 \| LIQ11 / S300X - FIL11 \| FIL11

Other
HS Code	3919.9

Function of print beds: print beds are surfaces on which material is deposited during 3D printing. In Lynxter industrial printers, these plates provide a firm, removable, and interchangeable platform that facilitates material adhesion and easy removal of finished parts. Beds may be heated, allowing stable work with demanding or large-volume materials.

Correct installation: before printing, ensure the print bed is clean and properly seated in its holder.

Surface preparation: clean the bed with isopropyl alcohol or a manufacturer-recommended product to remove dust, material residues, or fingerprints. A clean surface improves initial adhesion and ensures a solid, uniform first layer throughout the print.

Maintenance and care

Cleaning after each print: remove material fragments and adhesive residues (if used) after every print to keep the surface ready for the next job.
Wear inspection: periodically check the bed for warping, deep scratches, or areas with uneven adhesion that could affect print quality. Replace the bed if significant wear is observed.
Proper storage: store spare beds in a dry, flat, dust-free environment to preserve flatness and adhesion properties when not in use.

Operational recommendations

Additional adhesives: if required, use temporary adhesives compatible with the printer and material to reinforce adhesion on complex parts or large contact surfaces.
First layer monitoring: observe the first layer during the first few millimeters of printing to ensure axes are leveled and the bed is correctly aligned.
Uniform thermal conditions: keep the chamber closed during thermally demanding prints to avoid temperature variations that could distort large or technical parts.