The MIKA3D brand name generates an organized series of FDM printing filaments and 3D pen consumables covering silk-finish PLA, multicolor gradient spools, glow-in-dark formulations, and low-temperature PCL pen filament. Every product in the MIKA3D brochure is formulated to specified dimensional and material resistances that figure out compatibility with common FDM printers and 3D pens. The full array is readily available via the MIKA3D store at themika3d.com with complete product and compatibility requirements per listing. Clients that want to purchase MIKA3D products can search all filament types and accessory products through the MIKA3D authorities storefront arranged by material kind, shade classification, and application.
Silk PLA Filament– Surface Finish and Product Characteristics
The MIKA3D silk PLA filament utilizes a changed PLA formulation with additive substances that generate a high-gloss, metallic-sheen surface area on printed items without needing post-processing or surface covering. The silk effect is accomplished with the filament material make-up rather than with print setups– the ingredients change how the extruded product reflects light, producing a constant luster across the published surface regardless of layer positioning. This distinguishes silk PLA from typical matte or satin-finish PLA, which calls for smoothing, paint, or material coating to accomplish equivalent surface reflectivity.
The MIKA3D silk shiny PLA 1.75 mm is created at the 1.75 mm diameter standard– one of the most widely suitable filament size across customer and prosumer FDM printers. Dimensional consistency across the spool size is vital for stable extrusion: size variation past ± 0.05 mm creates fluctuating circulation rates with the hot end, producing surface inconsistencies, under-extrusion spaces, and layer adhesion flaws. MIKA3D silk PLA is generated to limited diameter tolerance specifications that ensure regular feed rate and extrusion quantity throughout the print. The MIKA3D silk PLA luster surface area home is kept throughout standard FDM print temperature level ranges– generally 190 ° C to 220 ° C– without needing elevated temperature levels that would certainly break down the surface area high quality of the completed print.
Color-Specific Silk PLA Versions
The MIKA3D silk white PLA filament provides a neutral base color with silk-finish reflectivity– white silk PLA shows a broad-spectrum luster that shows up differently under warm versus cool ambient lighting, moving from cream to brilliant white relying on light source color temperature level. This makes it a functional choice for ornamental prints, porcelain figurines, and show things where surface area coating quality is prioritized together with color neutrality. The MIKA3D silk climbed gold PLA filament utilizes a warm pink-gold metal colorway that replicates the visual character of increased gold metal layering on published surfaces. Rose gold silk PLA is commonly made use of for fashion jewelry display pieces, aesthetic devices, attractive things, and present items where metal warmth belongs to the intended visual.
The MIKA3D gold silver copper PLA bundle packages three metal silk PLA spindles– gold, silver, and copper colorways– in a solitary acquisition, providing the primary metal color array in one order. This bundle style is functional for customers who publish throughout numerous metallic shade demands and favor to maintain stock of all three colorways simultaneously rather than getting individually in between tasks. Each spool in the package keeps the exact same silk-finish formulation and dimensional requirements as the private color items.
Rainbow and Multicolor Gradient Filaments
The MIKA3D rainbow PLA filament shade adjustment makes use of a single-spool filament strand that transitions with multiple tones along its length– the shade sequence is colored into the filament during manufacturing, causing the extruded material to alter color progressively as the spool feeds with the printer. Color shifts happen at specified periods along the filament length, creating gradient or segmented color patterns in the completed print without needing multi-material printing equipment, color-change manuscripts, or hands-on filament swaps throughout the print job. The MIKA3D rainbow filament quick color change alternative compresses the transition interval in between color shifts– the color cycle repeats over a much shorter filament size, creating even more frequent shade adjustments per print layer and a denser, extra diverse shade circulation in the finished item.
The MIKA3D multicolor PLA filament 1kg provides a full kilo spool in the multicolor slope format, prolonging the offered print quantity per spool acquisition for customers who print huge items or multiple prints from a solitary color-change spindle. One kilogram is the standard spindle size for FDM printing and provides adequate filament for the majority of task scales without calling for mid-print spool modifications. The MIKA3D clear rainbow PLA filament uses the gradient color-change technique to a transparent base product– the semi-transparent filament generates prints with color depth and light transmission buildings that vary from nontransparent rainbow PLA, producing internal color presence when the print wall density is slim sufficient to send light via the shell layers.
Shine in Dark and Luminescent Multicolor PLA
The MIKA3D glow in dark PLA filament integrates photoluminescent pigment substances into the PLA matrix that soak up ambient or UV light energy and re-emit it as visible light in darkness. The phosphorescent emission is turned on by exposure to all-natural or fabricated lights and creates a sustained radiance that decomposes over several hours after the source of light is eliminated. Glow-in-dark PLA prints at common PLA temperature varieties and needs no alteration to printer hardware or slicer settings past what common PLA needs. The MIKA3D luminous multicolor PLA integrates the photoluminescent glow home with the multicolor slope color-change layout– the filament changes with numerous colors while maintaining glow discharge capability, generating prints that show shade slopes in ambient light and emit light in darkness.
FDM Printer Compatibility and Spindle Design
The MIKA3D PLA filament FDM printer compatibility covers the complete variety of customer and prosumer FDM equipments using typical 1.75 mm hot ends– consisting of Creality, Bambu Laboratory, Prusa, Anycubic, Elegoo, Flashforge, and equal platforms. PLA product needs are broadly regular throughout these makers: hot end temperature levels between 190 ° C and 220 ° C, print bed temperatures in between 20 ° C and 60 ° C, and basic PLA slicer accounts without specialized material arrangement. The MIKA3D filament tangle free spool makes use of a spool geometry and winding pattern crafted to prevent filament loopholes from crossing over one another during relaxing– cross-wound loopholes create tangles that jam the feed course and create print failing mid-job. Tangle-free winding guarantees smooth, undisturbed filament distribution from full spool to the last meters without feed interruption. The MIKA3D multicolor filament DIY application covers hobbyist, craft, and manufacturer use cases where slope color-change filaments are chosen specifically for the unforeseeable, organic shade distribution they create in ornamental prints, practical items, and creative pieces.
3D Pen Filament and Accessories
The MIKA3D 3D pen filament 32 shades gives a 32-color selection of PLA filament segments in the basic 1.75 mm size layout suitable with most customer 3D pens. The 32-color variety covers primary, secondary, neutral, and specialized colors including metallics and translucents, giving a detailed color scheme for freehand 3D illustration, sculpture, instructional tasks, and artistic applications. The MIKA3D PCL filament 3Doodler start usages polycaprolactone– a low-temperature polycarbonate that thaws at approximately 60 ° C instead of the 160 ° C to 200 ° C range needed by PLA. PCL filament is particularly made for 3D pens ranked for low-temperature procedure, consisting of the 3Doodler Beginning range, and is risk-free for use in instructional settings with younger individuals as a result of the significantly minimized nozzle temperature level.
The MIKA3D 3D pen refills selection offers mixed-color refill loads for recurring 3D pen usage, maintaining color variety throughout extended pen attracting sessions without requiring private shade reorders. The MIKA3D nozzle cleaning tool package provides the mechanical tools needed to clear partial obstructions from FDM printer nozzles and 3D pen pointers– a maintenance demand that occurs when carbonized filament residue collects in the nozzle bore and limits extrusion flow. The kit covers cold pull tools, cable cleansing needles, and brush parts sized for common nozzle diameters. To purchase MIKA3D PLA filament imaginative jobs across all product kinds and shade styles, browse through Shop MIKA3D at themika3d.com where silk PLA, rainbow multicolor, glow-in-dark, and 3D pen filament items are all noted with complete requirements for straight purchase.