Innovative 3D Printing Solutions
Bringing Your Ideas to Life with Precision
FDM Printing
PLA Filament
Good for ease of use, biodegradability, and a variety of colors; Bad for low heat resistance and strength. Use for general prototypes and decorative models.
PETG Filament
Good for strength, flexibility, and chemical resistance; Bad for potential stringing and being hygroscopic (absorbs moisture). Use for durable, functional parts.
ABS Filament (Stock)
Good for high impact resistance and toughness; Bad for significant warping and toxic fumes, requiring an enclosure. Use for durable, functional components.
ASA Filament (Stock)
Good for superior UV and weather resistance; Bad for being difficult to print without an enclosure and producing strong fumes. Use for outdoor parts.
PA (Nylon)
Good for exceptional toughness and abrasion resistance; Bad for absorbing moisture, which degrades print quality, and requires high temperatures. Use for gears and other high-wear parts.
TPU Filament
Good for high elasticity and abrasion resistance; Bad for being very flexible, which makes it prone to tangling and difficult to print. Use for flexible parts like seals or phone cases.
PC Filament
Good for high strength, stiffness, and heat resistance; Bad for being prone to warping and needing very high temperatures and an enclosure. Use for engineering-grade components.
These filaments provide increased stiffness and strength while remaining lightweight, which is beneficial for structural components.
Carbon Fibre Filaments
Glass Fibre Filaments
They enhance the material's durability and dimensional stability, making them suitable for parts that need to withstand significant stress without deforming.