Bodysuits and 3D Jewelry Suspension: Cartethyia Cosplay Guide (Wuthering Waves)

The execution of Bodysuits and 3D Jewelry Suspension for Cartethyia (Wuthering Waves) represents one of the greatest challenges in contemporary artistic transposition. For creators seeking to recreate the Kuro Games character, 3D Jewelry Suspension for Cartethyia (Wuthering Waves) The materialization of character designs originating from high-fidelity graphic engines into the physical world requires a multidisciplinary understanding that encompasses Engenharia de Figurinos, materials science, and Propmaking: High-performance Bodysuits. To achieve the precise, anatomical silhouette required by the garment, materials featuring "4-way stretch" are mandatory, as they stretch in both the warp and the weft, ensuring a form-fitting effect that returns to its original shape (elastic recovery) without creating wrinkles or sagging after hours of use.

Beyond structural flexibility, the visual aesthetic demands surgical precision in textile selection and additive manufacturing: the material is not genuine leather, but rather a knit that undergoes a calendering process (thermal pressing), resulting in a continuous surface sheen. The ideal composition for this project lies between 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane. To bring to life the floating ornaments inspired by the Dark Tide and Fleurdelys factions, the use of Photopolymer Resins (SLA / MSLA) for Micro-detailing becomes indispensable, a process in which smaller pendants are sculpted via light in the resin to ensure lightness and millimetric fidelity. The practical viability of this complex design is based on two pillars: 1) the correct tensioning of invisible nylon lines under the suit and 2) the weight distribution of the rigid props. Fortunately, as detailed in the Table of Specifications and Prices of Textile Materials in Brazil (Base 2026), the acquisition of these inputs in the national Brazilian market offers diverse options with highly optimized cost-benefit for artisans and costumers, enabling professional-level projects in the national scene.

Design Analysis, Semiotics, and Structural Translation

For a costume execution to reach the level of professional excellence, the manufacturing process must be preceded by an analytical deconstruction of the original design. Cartethyia's aesthetic was conceived to reflect a profound narrative dichotomy inherent to the Wuthering Waves universe (developed by Kuro Games), specifically the duality between the "Sentinel Imperator" (representing order, light, and the divine) and the "Threnodian Leviathan" (primordial chaos and the oceanic abyss).

Cartethyia's design incorporates elements of the Italian Renaissance and 16th-century European Catholic iconography, observable in her white robes, gold details, cross-shaped ornaments (Fleurdelys), and the ostensive use of lace and ribbons. Contrasting with this visual purity and the dark influence of the Dark Tide, the color palette transitions abruptly from pure whites to dark blues and predatory gradients.

In the development of Bodysuits and 3D Jewelry Suspension for Cartethyia (Wuthering Waves), the 3D Jewelry Suspension for Cartethyia (Wuthering Waves) The materialization of character designs originating from digital media and high-fidelity graphic engines into the physical world requires a multidisciplinary understanding that encompasses Engenharia de Figurinos, materials science, and digital fabrication techniques.

There are two essential pillars of physical viability for this project:

1. The structural stabilization of the bodysuit under movement tension;
2. The weight distribution and invisible anchoring of the ornaments suspended over the skin.

Estimated Budget

| Item | Price range | Source |
| --- | --- | --- |
| Cirré UV Knit (Polyamide/Elastane) - per meter | $6.00 - $9.98 | Estimated FX |
| Standard 3D Resin (SLA/MSLA) - 1kg | $26.00 - $34.00 | Estimated FX |
| Silk Gold PLA Filament - 1kg | $23.80 - $34.00 | Estimated FX |
| High Density EVA Foam Sheets - m² | $2.20 - $4.78 | Estimated FX |
| N52 Neodymium Magnets (10-pack) | $8.00 - $16.00 | Estimated FX |
| Clear Acrylic Sheet (PMMA) 3mm - 50x50cm | $10.00 - $18.00 | Estimated FX |

Estimated conversion based on a reference FX rate; local retail prices may differ.

Manufacturing Division: Resin vs. FDM

In the segment of Propmaking: Bodysuits and floating accessories, the translation of three-dimensional ornaments requires a hybrid approach of 3D printing to balance weight, cost, and finish:

• Photopolymer Resins (SLA / MSLA) for Micro-detailing: This technology is applied where fine details are crucial. Smaller pendants are sculpted via light in the resin, ensuring the capture of millimetric sacred reliefs and Fleurdelys crosses without leaving visible layer line marks.
• FDM Printing for Macro-structures: While gems and smaller pendants are sculpted via light in resin, the monumental volumes of Cartethyia’s arsenal—namely, the "Defier’s Thorn" blade and the gigantic arched thorn stalks that flank the body—would make the use of resin financially unfeasible and structurally dangerous due to excessive weight. On these volumetric fronts, Fused Deposition Modeling (FDM) methods reign supreme.
• Special Filaments: To cut down hundreds of hours of post-processing (sanding, filler primer, and gold painting), the national market provides Gold Silk PLA filaments. Products such as "Ouro Copa" (3D Fila) or "Ouro Imperial" (3D Lab), based on polylactic acid infused with polymer additives that induce a pearlescent and silky sheen, are unbeatable in direct mechanical finish.

Textile Engineering: The Bodysuit Base and Material Behavior

In the scope of Engenharia de Figurinos and Propmaking: Bodysuits, the technical execution of complex projects such as Bodysuits and 3D Jewelry Suspension for Cartethyia (Wuthering Waves) requires surgical precision. The 3D Jewelry Suspension for Cartethyia (Wuthering Waves) The materialization of character designs originating from high-fidelity graphic engines into the physical world requires a multidisciplinary understanding that encompasses Engenharia de Figurinos, materials science, and advanced structural modeling. In the case of Cartethyia, a striking character from Wuthering Waves (developed by Kuro Games), the outfit requires a delicate balance between body compression and the Support of floating three-dimensional elements.

The replication of stealth combat uniforms requires fabrics capable of offering maximum compression and grip, maintaining the integrity of the print or sheen when subjected to tension. For this, the use of elastomeric polymers mixed with synthetic fibers is essential. The choice of fabrics is the first critical step, dictating thermal comfort, joint mobility, and the realism of the drape. Materials that possess "4-way stretch" are mandatory, as they stretch in both the warp and weft, ensuring a form-fitting effect that returns to its original shape (elastic recovery) without creating wrinkles or sagging after hours of use.

Textile Composition and Behavior

To accurately simulate the tactical aesthetic and the details that refer to the visual elements of the Dark Tide faction or refined ornaments like the Fleurdelys, the selection of the bodysuit knit must be rigorous. The material is not genuine leather, but rather a knit that undergoes a calendering process (thermal pressing), resulting in a continuous surface sheen. The ideal composition for this project lies between 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane.

During construction, the integrity of the knit must be preserved to avoid permanent damage. Ballpoint or stretch needles (sizes 75/11 to 90/14) are imperative, as they separate the polyurethane fibers instead of piercing them, preventing the emergence of holes and subsequent "laddering."

Table of Specifications and Prices of Textile Materials in Brazil (Base 2026)

The acquisition of these inputs in the national Brazilian market offers diverse options with highly optimized cost-benefit for artisans and costumers. The table below guides the fundamental choices for the project:

| Material / Input | Recommended Composition | Mechanical Properties | Recommended Application in Bodysuit |
| :--- | :--- | :--- | :--- |
| Calendered Knit (Leather Effect) | 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane | Continuous surface sheen, medium compression | Main panels and aesthetic details of Cartethyia's suit |
| Spandex / Satin Lycra | 80% Polyamide, 20% Elastane | 4-way stretch, high elastic recovery | Structural base of the bodysuit and active joint areas |
| Polyamide Mesh / Powernet | 90% Polyamide, 10% Elastane | High breathability, shaping compression | Internal linings and hidden ventilation zones |

The "Harness" Support Infrastructure

In the structural planning of the costume, we divide the execution into two crucial phases (1 and 2): the first focuses on compression modeling and the second on the harness load distribution. For the 3D Jewelry Suspension for Cartethyia (Wuthering Waves) to appear to float organically over the body, the fundamental support is not the clothing itself, but the hidden structures that act as exoskeletons (harness). Professionals in the field adapt postural vests, compressive orthopedic binders, or sew networks of heavy, inelastic polypropylene tape (Nylon Webbing, automotive seatbelt straps) crossed over the cosplayer's back and joined by quick-release buckles.

On this textile exoskeleton, PVC pipe anchors, or steel plates and straps are fixed using self-locking nuts. The holes that penetrate the back or flanks of the bodysuit are disguised by fabric lapels and reveal slots for metal tubes or acrylic pieces, distributing the entire biomechanical burden of the heavy props on the vertical axis of the dorsal straps over the pelvis or shoulder blades.

For the most delicate ornamental details, the use of Photopolymer Resins (SLA / MSLA) for Micro-detailing is the ideal solution: the smaller pendants are sculpted via light in the resin. This ensures extremely light and detailed pieces, which reduce the load on the suspension structure without losing the visual fidelity required in the Kuro Games gaming universe.

Additive Manufacturing and Dimensional Propmaking

The transposition of complex designs from the virtual environment to the physical reality requires solutions that combine digital modeling and high-performance tailoring. Within the scope of the Bodysuits and 3D Jewelry Suspension for Cartethyia (Wuthering Waves) project, the transition of detailed adornments and body-hugging garments from high-fidelity graphic engines to the physical world requires a multidisciplinary understanding that encompasses advanced concepts of Engenharia de Figurinos, Propmaking: Bodysuits, and the science of materials applied to character design.

The materialization of Cartethyia's complex jewelry, her crown-of-thorns tiara, the spiral bracelets, and the cruciform pendant (fleur-de-lis) cannot be satisfactorily reproduced through manual sculpting methods or thermoplastic molding (Worbla) due to the microscopic tolerance of the details. 3D printing (CAD/CAM) is the foundation of this process, fragmented into two distinct technologies, applied depending on the dimensions of the piece.

Below is the technical step-by-step guide for the structural execution and assembly of the three-dimensional components:

1. Digital modeling and CAD/CAM file preparation: develop or refine the three-dimensional files of the crown-of-thorns tiara, the spiral bracelets, and the cruciform pendant based on the aesthetic of Cartethyia (from Wuthering Waves, developed by Kuro Games), ensuring that the proportions and anatomical fit lines are perfectly calibrated before digital slicing.
2. High-definition 3D printing: use Photopolymer Resins (SLA / MSLA) for Micro-detailing to produce the character's most delicate pieces, including the intricate Catholic and Renaissance-inspired details. In this process, the smaller pendants are sculpted via light in the resin, which ensures absolute precision in the reproduction of the Fleurdelys pendant and other adornments that represent the Dark Tide aesthetic.
3. Selection and cutting of high-performance textiles: choose the textile base for the creation of the body-hugging suit. Materials that have "4-way stretch" are mandatory, as they stretch in both the warp and the weft, ensuring a form-fitting effect that returns to its original shape (elastic recovery) without creating folds or sagging after hours of use. To obtain the correct aesthetic finish, consider that the material is not true leather, but rather a knit that undergoes a calendering process (thermal pressing), resulting in a continuous surface sheen. The ideal composition for this project ranges between 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane. (Acquisition note: consult the Table of Specifications and Prices of Textile Materials in Brazil (Base 2026). The acquisition of these inputs in the Brazilian national market presents several options with highly optimized cost-benefit for artisans and costume designers).
4. Specialized bodysuit assembly and sewing: perform the joining of the suit parts using sewing machinery suitable for elastic fabrics (such as overlock or three-point zigzag stitch). During this stage, the use of ballpoint or stretch needles (sizes 75/11 to 90/14) is imperative, as they separate the polyurethane fibers instead of piercing them, preventing the appearance of holes and subsequent fraying ("laddering") in the seams under tension.
5. Jewelry suspension system installation: mount the 3D Jewelry Suspension for Cartethyia (Wuthering Waves) mechanism by inserting Support acetate or molded acrylic backplates under the bodysuit fabric to distribute the weight of the bracelets and the necklace. For jewelry that must appear to float over the skin or the neckline, use high-strength monofilament nylon threads connected to neodymium magnets embedded invisibly in the internal seams of the suit.
   • Structural Stability Checkpoint: Put on the complete bodysuit with all jewelry fixed to the suspension system and perform flexion, torso rotation, and arm elevation movements. The anchor points should not pull the fabric to the point of causing deformations in the silhouette, and the resin jewelry must remain perfectly aligned to the anatomical axes without showing gaps or risk of falling.

Photopolymer Resins (SLA / MSLA) for Micro-detailing

Within the scope of Engenharia de Figurinos and Propmaking: Bodysuits, the 3D Jewelry Suspension for Cartethyia (Wuthering Waves) establishes a new level of technical complexity. The 3D Jewelry Suspension for Cartethyia (Wuthering Waves) The materialization of character designs originating from high-fidelity graphic engines to the physical world requires a multidisciplinary understanding that encompasses Engenharia de Figurinos, science of materials, and high-resolution additive manufacturing to faithfully reproduce the aesthetic created by Kuro Games.

To achieve the level of finish required by this project, the manufacturing process is divided into two fundamental execution stages:

1. Bodysuit Textile Structuring: Materials that have "4-way stretch" are mandatory, as they stretch in both the warp and the weft, ensuring a form-fitting effect that returns to its original shape (elastic recovery) without creating folds or sagging after hours of use. The material is not true leather, but rather a knit that undergoes a calendering process (thermal pressing), resulting in a continuous surface sheen. The ideal composition for this project ranges between 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane. In sewing, the use of ballpoint or stretch needles (sizes 75/11 to 90/14) is imperative, as they separate the polyurethane fibers instead of piercing them, preventing the appearance of holes and subsequent fraying ("laddering").
2. Manufacturing of Suspended Jewelry: For fine ornamentation, the use of Photopolymer Resins (SLA / MSLA) for Micro-detailing is indispensable, a technique in which the smaller pendants are sculpted via light in the resin. Fine jewelry requires micrometer-level precision to display sharp edges and impeccable curved surfaces, prerequisites for the appearance of solid, polished gold. The use of MSLA printers (such as the Anycubic Photon Mono, Creality Halot, or Elegoo Saturn lines) allows for this unsurpassed resolution through LCD screens of up to 10K masking ultraviolet light.

The mandatory material for printing the jewelry is Standard 3D Resin (liquid photopolymer). Anycubic's Standard formulation, for example, stands out with a density of 1.13 g/cm³ and an average viscosity of 200 to 230 cP, ideal for rapid flow that optimizes exposure times under a wavelength of 365 to 405 nm. This precision is vital to reproduce iconic elements like the Fleurdelys and the geometric details that contrast with the abrupt transition palette from pure white to the dark tones of Dark Tide.

Below is the Table of Specifications and Prices of Textile Materials in Brazil (Base 2026). The acquisition of these inputs in the Brazilian national market presents several options with highly optimized cost-benefit for artisans and costume designers, integrating the specifications of the bodysuit and the jewelry support components:

| Material / Component | Project Application | Technical Specification | Critical Function in Costume |
| :--- | :--- | :--- | :--- |
| Standard 3D Resin | Fine Jewelry and Fleurdelys | Density: 1.13 g/cm³, Viscosity: 200-230 cP, Exposure: 365-405 nm | Display sharp edges and impeccable curved surfaces for a solid, polished gold effect. |
| Calendered Knit | Base of Cartethyia Bodysuit | Composition of 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane | Provide continuous surface sheen and 4-way stretch. |
| Ballpoint/Stretch Needles | Sewing and Finishing | Sizes 75/11 to 90/14 | Separate polyurethane fibers without piercing, preventing the appearance of holes (laddering). |

FDM Printing and Silk Gold PLA Filament for Macrostructures

1. Plan the structural division between macro and micro-elements: the execution of complex projects based on Wuthering Waves by Kuro Games requires a hybrid manufacturing approach. When working with the 3D Jewelry Suspension for Cartethyia (Wuthering Waves), understand that the 3D Jewelry Suspension for Cartethyia (Wuthering Waves) The materialization of character designs originating from high-fidelity graphic engines to the physical world requires a multidisciplinary understanding that encompasses the science of materials, Engenharia de Figurinos, and advanced Propmaking: Bodysuits techniques. Divide the process into two fundamental fronts: front number 1, focused on large volumes of plastic filament deposition for the macrostructures, and front number 2, aimed at micro-detailing with Photopolymer Resins (SLA / MSLA) for Micro-detailing, where the smaller pendants are sculpted via light in the resin to ensure maximum resolution and visual fidelity.

2. Configure slicing parameters for FDM printing of macrostructures: while gems and smaller pendants are sculpted via light in the resin, the monumental volumes of Cartethyia's arsenal — namely, the "Defier’s Thorn" blade and the gigantic arched thorn stems that flank the body — would make the use of resin financially unfeasible and structurally dangerous due to excessive weight. On these volumetric fronts, Fused Deposition Modeling (FDM) methods remain king. To shorten hundreds of hours of post-processing (sanding, filler primer, and gold paint), use Silk Gold PLA filaments. Products like "Ouro Copa" (3D Fila) or "Ouro Imperial" (3D Lab), based on polylactic acid infused with polymer additives that induce a pearlescent and silky sheen, are unsurpassed in direct mechanical finishing. Configure the slicer with a layer height of 0.12mm, printing speed reduced to 40 mm/s on outer walls (to maximize the metallic shine of the Silk finish), and gyroid-type infill between 10% and 15% to keep the pieces light and structurally safe.

3. Prepare and integrate the textile base of the costume for physical anchoring: to support the weight and suspension dynamics of the 3D-printed jewelry and thorns in the context of Bodysuits and 3D Jewelry Suspension for Cartethyia (Wuthering Waves), perform the costume patterning. Remember that materials with "4-way stretch" are mandatory, as they stretch both in the weft and the warp, ensuring a form-fitting effect that returns to its original shape (elastic recovery) without creating folds or sagging after hours of wear. The material is not real leather, but rather a knit that undergoes a calendering process (thermal pressing), resulting in a continuous surface sheen. The ideal composition for this project lies between 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane. In the national context, consult the "Table of Specifications and Prices of Textile Materials in Brazil (2026 Base) The acquisition of these inputs in the Brazilian national market presents several options with highly optimized cost-benefit for artisans and costume designers" to select reliable suppliers of these high-recovery calendered knits.

   • Elasticity and Strength Checkpoint: Before attaching the jewelry supports, place the bodysuit on a mannequin of the corresponding size and stretch the fabric on the X and Y axes. Ensure that the seams do not show fraying and that the knit recovers 100% of its original shape without deforming the internal anchor points installed under the fabric.

4. Assemble the suspension system and incorporate aesthetic elements: with the macrostructures in Silk Gold PLA and the micro-details in resin finished, assemble the invisible fixation system under the bodysuit. Use internal plates of lightweight thermoplastic or molded acrylic to distribute the weight of the "Defier’s Thorn" blade and the arched thorn rods, preventing the calendered fabric from deforming. Attach the smaller ornaments inspired by classical iconography, such as the cross shape (Fleurdelys), ensuring the semiotic contrast between visual purity and the predatory elements of the Dark Tide oceanic abyss. Use embedded short-threaded screws passing from the inside out of the bodysuit to lock the rigid macrostructure supports directly onto the internal anchor plate, ensuring that the "floating suspension" effect is secure and mechanically stable during use.

The Engineering of Illusion: Rigging Structures and Magnetic Levitation

The technique of Bodysuits and 3D Jewelry Suspension for Cartethyia (Wuthering Waves) represents one of the greatest technical challenges in Engenharia de Figurinos and Propmaking: Bodysuits. The realization of 3D Jewelry Suspension for Cartethyia (Wuthering Waves) The materialization of character designs originating from high-fidelity graphic engines for the physical world requires a multidisciplinary understanding that encompasses material science, structural modeling, and optical illusion. Perhaps the design element that defines the degree of expertise in crafting Cartethyia’s costume is the manipulation of the visual field, recreating the mystical relics that hover and surround her form and clothing in a perennial and self-sustaining manner.

To reproduce this effect without compromising the integrity of the fabric or the cosplayer's mobility, follow the invisible rigging engineering process detailed below:

1. Configure the internal structural anchoring: create a rigid substructure under the fabric to support the weight of the pieces... It is fundamental to understand that sewing the jewelry, via wires, directly into the elasticity of the base Lycra costume will cause a disastrous rupture of the elastane and will disfigure the entire costume under mechanical stress. Instead, assemble an internal plate of low-temperature thermoplastic or PETG molded to the user's body. This plate should rest directly on the skeletal support points (such as the collarbones or pelvis), distributing the load evenly under the bodysuit.

2. Select appropriate textile materials: use high-performance textile bases capable of resisting tension... Materials that have "4-way stretch" are mandatory, as they stretch in both the weft and the warp, ensuring a form-fitting effect that returns to its original shape (elastic recovery) without creating folds or sagging after hours of use. For the aesthetic finish characteristic of the Kuro Games character, remember that the material is not real leather, but rather a knit that undergoes a calendering process (thermal pressing), resulting in a continuous surface sheen. The ideal composition for this project lies between 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane. (Technical Note: Consult the Table of Specifications and Prices of Textile Materials in Brazil (2026 Base) The acquisition of these inputs in the Brazilian national market presents several options with highly optimized cost-benefit for artisans and costume designers).

3. Print ornaments with a focus on minimal weight: use advanced additive manufacturing to fabricate the floating pieces... For the ornamental details inspired by the Fleurdelys motifs and the Dark Tide atmosphere in Wuthering Waves, use Photopolymer Resins (SLA / MSLA) for Micro-detailing, ensuring that the smaller pendants are sculpted via light in the resin with extremely thin hollow wall thickness (between 1.2mm and 1.5mm). This drastically reduces the mass of the jewelry. These pieces (whether 3D printed, cast, or made of E.V.A.) carry their own weight added to the lever arm of the gravitational extension that hangs them far from the wearer's center of mass, making weight reduction a critical factor.

4. Assemble the invisible rigging system: connect the mystical relics to the internal substructure... Attaching accessories that have mass and are detached from the body through open visual fields is a complex problem of cosplayer mechanical engineering, categorically classified as Invisible Rigging. Use extruded transparent polycarbonate rods or high-mechanical-resistance fluorocarbon threads to suspend the jewelry from the anchor points created in Step 1. The rods must pass through small camouflaged slits in the bodysuit fabric, connecting directly to the internal plate.

5. Sew the rigging passage openings: use specific needles and stitches to avoid fraying the knit... When creating the passages for the support rods in the calendered bodysuit, use industrial sewing techniques to prevent tension from tearing the material. Ballpoint or stretch needles (sizes 75/11 to 90/14) are imperative, as they separate the polyurethane fibers instead of piercing them, preventing the appearance of holes and subsequent "laddering." Reinforce the edges of each opening with small flexible eyelets or buttonhole stitches reinforced with textile fusible interfacing.

• Structural Stability Checkpoint: Put on the complete bodysuit over the rigid substructure and attach the rods with the 3D-printed jewelry. Perform active movements of walking, torso flexion, and shoulder rotation. The suspended jewelry should oscillate naturally and return to its original floating position without deforming the calendered fabric or causing discomfort at the physical anchor points. If there is any excessive tilting of the rods or pulling of the knit, reinforce the rigidity of the PETG internal plate before finalizing the costume closure.

Professional Surface Finishing Techniques

The execution of the Bodysuits and 3D Jewelry Suspension for Cartethyia (Wuthering Waves) project represents one of the greatest technical execution challenges in the advanced costume-making scene. In the universe of the game developed by Kuro Games, the ethereal aesthetic associated with elements like Dark Tide and Fleurdelys demands a rigorous finishing standard. The truth is that 3D Jewelry Suspension for Cartethyia (Wuthering Waves) The materialization of character designs originating from high-fidelity graphic engines for the physical world requires a multidisciplinary understanding that encompasses the science of materials, Engenharia de Figurinos, and Propmaking: Bodysuits.

Below is the detailed technical process to obtain the ideal surface finish for the character's jewelry and armor:

1. Printing Micro-details with Photopolymer Resins: for the character's smaller jewelry and ornaments, the ideal method is based on Photopolymer Resins (SLA / MSLA) for Micro-detailing. Fine jewelry requires micrometer-level precision to display sharp edges and impeccable curved surfaces, prerequisites for the appearance of solid, polished gold. The use of MSLA printers (such as the Anycubic Photon Mono, Creality Halot, or Elegoo Saturn lines) allows for this unsurpassed resolution through LCD screens of up to 10K masking ultraviolet light. The mandatory material is Standard 3D Resin (liquid photopolymer). The Anycubic Standard formulation, for example, stands out with a density of 1.13 g/cm³ and an average viscosity of 200 to 230 cP, ideal for rapid flow that optimizes exposure times under a wavelength of 365 to 405 nm. Through this process, the smaller pendants are sculpted via light in the resin, ensuring excellent geometric definition before the UV post-curing process.

2. Macrostructure Extrusion and Use of Special Filaments: while the smaller pendants are sculpted via light in the resin, the monumental volumes of Cartethyia’s arsenal — namely, the "Defier’s Thorn" blade and the gigantic arched thorn rods that flank the body — would make the use of resin financially unfeasible and structurally dangerous. On these volumetric fronts, Fused Deposition Modeling (FDM) methods maintain their reign. To shorten hundreds of hours of post-processing (sanding, filler primer, and gold paint), the national market provides Silk Gold PLA filaments. Products such as "Ouro Copa" (3D Fila) or "Ouro Imperial" (3D Lab), based on polylactic acid infused with polymer additives that induce a pearlescent and silky sheen, are unsurpassed in direct mechanical finishing.

3. Textile Preparation and High-Performance Sewing: the structural base for the 3D Jewelry Suspension for Cartethyia (Wuthering Waves) requires the selection of appropriate technological fabrics. Materials that have "4-way stretch" are mandatory, as they stretch in both the weft and the warp, ensuring a form-fitting effect that returns to its original shape (elastic recovery) without creating folds or sagging after hours of use. The material is not real leather, but rather a knit that undergoes a calendering process (thermal pressing), resulting in a continuous surface sheen. * The ideal composition for this project lies between 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane. For construction, ballpoint or stretch needles (sizes 75/11 to 90/14) are imperative, as they separate the polyurethane fibers instead of piercing them, preventing the appearance of holes and subsequent "laddering." Regarding the acquisition of inputs, consult the Table of Specifications and Prices of Textile Materials in Brazil (2026 Base) The acquisition of these inputs in the Brazilian national market presents several options with highly optimized cost-benefit for artisans and costume designers.
   Checkpoint: Before proceeding to the assembly of the rigid suspension supports, perform a stress test by stretching the sewn fabric in four directions to verify that the seams maintain elastic integrity and that there are no signs of fraying.

4. Mechanical Assembly of Suspension Elements: to make the pieces appear to float over the skin and fabric without collapsing the bodysuit structure, integrate internal bases of rigid Support. The assembly method requires passing transparent polycarbonate supports that connect the resin or FDM-printed jewelry directly to low-profile load distribution plates hidden under the calendered fabric. This prevents the weight of the Wuthering Waves pieces from deforming the polyamide and elastane stretch knit, keeping the silhouette clean and the floating effect intact during movement.

Biosafety Protocols and Operational Pathologies

Within the scope of Engenharia de Figurinos and Propmaking: Bodysuits, the execution of the Bodysuits and 3D Jewelry Suspension for Cartethyia (Wuthering Waves) project requires methodological rigor not only in aesthetics but also in the safe handling of chemical and textile supplies. The transposition of visual elements from the Wuthering Waves universe, developed by Kuro Games, into physical reality demands specific care to prevent operational pathologies resulting from manufacturing.

1. Resin Handling and Chemical Toxicity

For the creation of ornamental adornments, such as the cross-shaped elements (Fleurdelys) and details simulating the Dark Tide ocean abyss, Photopolymerizable Resins (SLA / MSLA) for Micro-detailing are used, where smaller pendants are sculpted via light in the resin. This process requires strict biosafety protocols:

• Personal Protective Equipment (PPE): The use of respirators with activated carbon filters for organic vapors, polycarbonate safety goggles, and nitrile gloves (avoiding latex gloves, which can be permeated by acrylate monomers) is mandatory during the handling of liquid resin and isopropyl alcohol.
• Ventilation and Disposal: Full curing of the parts must occur in dedicated UV post-curing chambers to mitigate the residual toxicity of uncured resins. The disposal of chemical supplies and contaminated isopropyl alcohol must follow local chemical waste disposal regulations.

Estimated Budget

| Item | Price Range | Source |
| --- | --- | --- |
| UV Cirré Knit (Polyamide/Elastane) - per meter | R$ 30.00 - R$ 49.90 | Base currency |
| Standard 3D Resin (SLA/MSLA) - 1kg | R$ 130.00 - R$ 170.00 | Base currency |
| Gold Silk PLA Filament - 1kg | R$ 119.00 - R$ 170.00 | Base currency |
| High-Density EVA Foam Sheets - m² | R$ 10.99 - R$ 23.90 | Base currency |
| N52 Neodymium Magnets (Kit 10 units) | R$ 40.00 - R$ 80.00 | Base currency |
| Crystal Acrylic Sheet (PMMA) 3mm - 50x50cm | R$ 50.00 - R$ 90.00 | Base currency |

Values displayed in the guide's base currency due to lack of local pricing in the catalog.

Table of Specifications and Prices for Textile Materials in Brazil (2026 Base)

The acquisition of these supplies in the Brazilian national market offers several options with highly optimized cost-benefit for artisans and costume designers:

| Material | Recommended Composition | Elasticity | Primary Application | Average Price Range (per meter) |
| :--- | :--- | :--- | :--- | :--- |
| Calendered Knit (Leather Effect) | 84% to 85% Polyamide / 15% to 16% Elastane | 4-way stretch | Base of the Cartethyia Bodysuit | R$ 45.00 - R$ 75.00 |
| Standard Photopolymerizable Resin | Acrylate Monomers / Photoinitiators | N/A (Rigid post-cure) | Micro-detailing of jewelry and Fleurdelys | R$ 120.00 - R$ 190.00 (per kg) |

Quality Control and Safety Checkpoint

• Curing Verification: Before applying any SLA resin jewelry directly onto the bodysuit or in contact with the cosplayer's skin, ensure that the piece has undergone full UV curing (minimum of 10 minutes in a 405nm chamber) and that there is no presence of sticky residue (free monomers), preventing severe contact dermatitis.
• Textile Tensile Test: Perform a test by stretching a sample of the calendered fabric in both directions (weft and warp). The material must return instantly to its original dimension without showing micro-cracks or peeling in the shiny calendered layer.

The Support "Harness" Infrastructure

In the context of Engenharia de Figurinos and Propmaking: Bodysuits, the execution of the 3D Jewelry Suspension for Cartethyia (Wuthering Waves). The materialization of character designs originating from high-fidelity graphics engines for the physical world requires a multidisciplinary understanding that encompasses material science, biomechanics, and structural engineering. When planning the physical feasibility of Bodysuits and 3D Jewelry Suspension for Cartethyia (Wuthering Waves), it is understood that the fundamental support is not the garment itself, but the hidden structures that act as exoskeletons (harness).

1. Hidden Textile Exoskeleton Engineering

Professionals in the field adapt postural vests, compressive orthopedic belts (binders), or sew nets of heavy, inelastic polypropylene tapes (Nylon Webbing, automotive seatbelt straps) crossed over the cosplayer's back and joined by quick-release buckles. On this textile exoskeleton, PVC pipe anchors or steel plates and straps are fixed using self-locking nuts.

The holes that penetrate the back or flanks of the bodysuit are disguised by fabric lapels and reveal slots for metal tubes or acrylic pieces, distributing the entire biomechanical burden of the heavy props along the vertical axis of the dorsal straps over the pelvis or shoulder blades.

2. Material Selection and Structural Integrity

To avoid failure under continuous mechanical tension, textile selection must follow strict resistance and deformation parameters:

• 4-Way Stretch: Materials that possess "4-way stretch" are mandatory, as they stretch in both the weft and warp, ensuring the form-fitting effect that returns to its original shape (elastic recovery) without creating folds or sagging after hours of use.
• Calendered Finish: The material is not genuine leather, but rather a knit that undergoes a calendering process (thermal pressing), resulting in a continuous surface shine. The ideal composition for this project is between 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane.
• Safe Sewing Technique: Ballpoint or stretch needles (sizes 75/11 to 90/14) are imperative, as they separate the polyurethane fibers instead of piercing them, avoiding the emergence of holes and subsequent laddering.

3. National Supply Specifications

The table below details the recommended materials for the construction of the structural and aesthetic set:

| Component | Material Type | Technical Specification | Primary Function |
| :--- | :--- | :--- | :--- |
| Internal Harness | Polypropylene Tapes | Nylon Webbing (High Density) | Load absorption and rigid anchoring |
| External Bodysuit | Calendered Knit | 84-85% Polyamide / 15-16% Elastane | High-fidelity aesthetic finish |
| Connections | Tubing and Plates | Rigid PVC / Steel Straps | Torque transmission and weight support |

Feasibility Note: According to the Table of Specifications and Prices for Textile Materials in Brazil (2026 Base), the acquisition of these supplies in the Brazilian national market offers several options with highly optimized cost-benefit for artisans and costume designers.

4. Additive Manufacturing for Weight Relief

For the support harness to operate within comfortable safety limits, the weight of the suspended ornaments must be minimized. For the aesthetic elements inspired by the Wuthering Waves universe (developed by Kuro Games), such as the Dark Tide details or the Fleurdelys insignia, the best practice is the use of Photopolymerizable Resins (SLA / MSLA) for Micro-detailing. Through this technology, smaller pendants are sculpted via light in the resin, creating high-resolution hollow parts with negligible weight, drastically reducing the tensile effort exerted on the hidden exoskeleton.

Optical Mastery with Polymethyl Methacrylate (Crystal Acrylic)

1. PMMA Sizing and Thickness Selection: for the 3D Jewelry Suspension for Cartethyia (Wuthering Waves), remember that the 3D Jewelry Suspension for Cartethyia (Wuthering Waves). The materialization of character designs originating from high-fidelity graphics engines for the physical world requires a multidisciplinary understanding that encompasses polymer science and Engenharia de Figurinos. When the projective burden moves away from the center of the back until it reaches the peripheral edges of Cartethyia (such as the suspended rings or the tiara), structural metal is replaced by Polymethyl Methacrylate (PMMA) rods or plates, commonly known as transparent or crystal acrylic. Its main function is to act as virtual mechanical connectors that, in two-dimensional visual documentation, lose refractivity to the background, merging the suspended prop with the physical ambiance and consolidating the photographic illusion. Sheets calibrated between 2 mm and 3 mm provide the flexibility and lightness necessary for smaller suspended adornments. In contrast, for parts that exert a strong leverage effect on the back, 8 mm to 10 mm plates prevent material fatigue, which could lead to shattering during use.

2. Thermomechanical Manipulation and Thermoforming: perform precise cutting of the acrylic rods using a band saw or laser cutter to avoid micro-cracks at the edges. Long strips of acrylic acquire viscoelastic behavior when heated via an industrial Heat Gun and can be gently curved to adapt to the cosplayer's anatomy or the contour of the peripheral rings floating around Cartethyia. The reckless use of super glue or cold drilling (with mismatched bits) will create macro-molecular tensions ("Stress Cracking"), where fluids or mere fatigue open destructive fractures and cloud the translucent polymer, weakening and breaking the attachment entirely during routine tensions. For mounting holes, use specific bits for acrylic at low speed and lubricated.

3. Micro-detailing with Photopolymerizable Resins: incorporate three-dimensional ornamental details, such as the sacred cross adornments in the Fleurdelys style and the textures that refer to the Dark Tide abyss from the developer Kuro Games. For this, use Photopolymerizable Resins (SLA / MSLA) for Micro-detailing, ensuring that smaller pendants are sculpted via light in the resin with micrometer resolution. After full UV curing and the metallic finishing of these resin jewels, fix them to the ends of the PMMA rods molded in the previous step. This hybrid integration of crystalline acrylic and high-resolution resin creates the floating effect characteristic of the original Wuthering Waves design.

4. Integration and Anchoring on the Bodysuit: for the final assembly on the costume, use the advanced techniques from Propmaking: Bodysuits. In the construction of the textile base, fabric selection is crucial: materials that possess "4-way stretch" are mandatory, as they stretch in both the weft and the warp, ensuring the form-fitting effect that returns to its original shape (elastic recovery) without creating folds or sagging after hours of use. For the characteristic aesthetic finish of Cartethyia, consider that the material is not genuine leather, but rather a knit fabric that undergoes a calendering process (thermal pressing), resulting in a continuous surface sheen. The ideal composition for this project lies between 84% to 85% Polyamide (Nylon) and 15% to 16% Elastane. In Brazil, consult the Table of Textile Material Specifications and Prices in Brazil (2026 Base) The acquisition of these supplies in the Brazilian national market presents several options with highly optimized cost-benefit for artisans and costume designers. Attach the 8 mm to 10 mm PMMA anchoring plate under the internal structure of the bodysuit, distributing the load so that the tension does not tear the calendered elastic fabric.

   • Checkpoint: Before performing the final sewing, dress the bodysuit on the test mannequin and apply simulated load to the PMMA rods to verify if there is excessive deformation in the Polyamide/Elastane knit or if the acrylic shows whitening in the mechanical fixation zones, which would indicate the onset of a mechanical stress fatigue process.