Resin for 3D printer Applylabwork MSLA Rigid Dusty Olive 1kg

Applylabwork MSLA Rigid Dusty Olive Resin Applications functional prototypes, click-fit parts, proof-of-concept testing, handles and tools Material acrylate polymer for 3D printing Mechanical properties tensile strength 55–60 MPa, elongation 8–12%, impact strength 40–45 J/m Colour and capacity Dusty Olive, 1 kg Applylabwork MSLA Rigid Dusty Olive is a technical 3D resin from ApplyLabWork for LCD and LED MSLA printers, designed for prototypes requiring a tensile strength of 55–60 MPa and an impact strength of 40–45 J/m. It is ideal when a durable 3D resin is required for snap-fit components, handles, workshop tools and hand-tested models. What applications is Applylabwork MSLA Rigid Dusty Olive suitable for? Applylabwork MSLA Rigid Dusty Olive is suitable for projects where standard 3D resin for visual models does not provide sufficient resistance to repeated handling, fitting and assembly. An elongation of 8–12% helps to reduce cracking in click-fit components, latches, covers, test housings and concept parts. An impact strength of 40–45 J/m enhances safety when working with prototypes that are frequently removed from the machine, mounted in a fixture or handled by the user. Applylabwork MSLA Rigid Dusty Olive is well suited to the needs of engineers, R&D departments, technical hobbyists and workshops that print functional prototypes on MSLA LCD and LED printers. The Dusty Olive colour makes it easier to assess edges, details and surfaces, as the muted shade does not reflect light as strongly as very bright or transparent materials. The 1 kg capacity allows you to prepare a series of test prints without having to change the material in the vat frequently. Material and technical properties of the 3D resin Applylabwork MSLA Rigid Dusty Olive is based on an acrylate polymer for 3D printing, which combines high rigidity with better wear resistance than standard modelling resins. A Shore hardness of 89–92 supports the printing of dimensionally stable parts, making this 3D resin suitable for prototypes that need to retain their geometry during fitting tests. A flexural strength of 85–100 MPa is beneficial for projects where the part must withstand loads during functional testing. 3dpartnershop.pl advises: Before printing click-fit components, it is worth producing a small sample of the snap-fit at the target layer height, as correct exposure determines the elasticity of the edges and the accuracy of the fit. Print settings and practical application Applylabwork MSLA Rigid Dusty Olive is calibrated for open MSLA printers; therefore, exposure parameters must be selected according to the specific printer model, screen, FEP or nFEP film, and layer height. The attached profile for the Formlabs Form 4B specifies the MPT-RI001DO variant with the Fast Model V1 template and a layer thickness of 0.1 mm, which indicates the configuration direction for technical printing. Each LCD or LED printer may require its own exposure correction, as the same 3D resin behaves differently under different light sources and layer guidance systems. Applylabwork MSLA Rigid Dusty Olive is recommended for prototypes intended for evaluation in terms of fit, ergonomics and resistance to manual handling. The 3D resin is well suited to jigs, fixtures, mounting brackets, test covers, concept enclosures and snap-fit components. After printing, ensure thorough cleaning and controlled curing, as excessive final exposure may reduce the tolerance of snap-fit components. Frequently asked questions Is Applylabwork MSLA Rigid Dusty Olive compatible with LCD printers? Yes, Applylabwork MSLA Rigid Dusty Olive is designed for LCD and LED MSLA printers with open profile calibration. Is Applylabwork MSLA Rigid Dusty Olive suitable for click-fit parts? Applylabwork MSLA Rigid Dusty Olive has an elongation of 8–12%, so it performs well with click-fit components, handles and functional prototypes. Does Applylabwork MSLA Rigid Dusty Olive require exposure calibration? Yes, Applylabwork MSLA Rigid Dusty Olive requires exposure calibration, as the exposure time depends on the printer model.