Our 4-Dimensional 3D printing filaments
Fire
Fire - Burnable 3D filament
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Time-Mass Fire by Timeplast is the first ever 3D printing filament designed to be burnable, allowing for the creation of functional objects that can be ignited and consumed by fire in a controlled manner. Unlike traditional filaments, which either resist flames or burn too quickly, Time-Mass Fire is engineered to sustain combustion efficiently, making it ideal for applications that require temporary use, controlled incineration, or artistic flame effects.
Time-mass Fire aligns with sustainability goals, offering a controlled combustion alternative to paraffin-based products, single-use plastics, and traditional wax. It also introduces new possibilities in design, survival applications, and eco-conscious fire-based art.
Key Features of Time-Mass Fire:
🔥 Highly Controllable Combustible – Designed to burn efficiently, leaving minimal residue.
♻️ Eco-Friendly Decomposition – Can be engineered to reduce toxic emissions during burning.
🛠️ 3D Printable – Works with standard 3D printers for complex designs.
⏳ Controlled Burn Rate – Can be formulated to burn slowly or quickly depending on application.
🌿 Sustainable Alternative – Reduces reliance on traditional paraffin-based candles and other non-renewable combustible materials. -
1. Candles & Ritual Objects
3D-printed custom candles that can take any shape while burning naturally.
Biodegradable lanterns or floating fire-based decorations.
Custom religious or ceremonial burning objects (e.g., incense holders, cremation urns).
2. Fireworks & Pyrotechnics
3D-printed flammable casings for controlled burn patterns.
Burn-away support structures for stage effects and theater productions.
Timed self-destructing mechanisms in pyrotechnic displays.
3. Emergency & Survival Gear
Fire-starting materials that can be shaped into portable, lightweight tinder.
Self-burning emergency signals for rescue situations.
Disposable campfire accessories like quick-ignite logs or eco-friendly kindling.
4. Art & Entertainment
Flammable sculptures or installations that are designed to be set ablaze.
3D-printed fire show props for controlled performances.
Movie and theater set pieces designed for dramatic burn effects.
5. Waste Reduction & Disposal
Burnable packaging that leaves no plastic waste.
Fire-friendly temporary structures for outdoor use.
Incinerable storage solutions for biodegradable waste.
Free shipping on orders of 4+ spools!
Active
Active - Quick timed 4D filament
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Time-Mass Active by Timeplast is an advanced 3D printing filament designed to introduce 4D printing capabilities, where objects can transform over time due to their material composition. Unlike traditional filaments, Time-Mass Active embeds time-sensitive water dissolution properties, allowing printed objects to change, dissolve, or degrade in a controlled manner when exposed to specific environmental triggers like water.
This revolutionary material aligns with sustainability goals, offering a potential solution for reducing plastic waste by ensuring objects don't persist indefinitely. It's a step beyond conventional biodegradable materials, as it can be precisely engineered for degradation timelines and environmental impact.
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Active opens the door to a variety of cutting-edge applications, especially in industries that benefit from controlled degradation, temporary functionality, or sustainable disposal. Here are some key applications that can be manufactured with it:
1. Sustainable Packaging & Containers
Single-use packaging that dissolves in water or degrades after a set time.
Medical and pharmaceutical blister packs that disappear after use.
E-commerce mailers or shipping materials that break down naturally.
2. Medical & dissolvable Implants
Dissolvable medical devices (e.g., temporary surgical supports or drug-delivery capsules).
Dissolvable splints and casts for temporary use.
Eco-friendly sutures or wound dressings that dissolve safely in the body.
3. Fishing & Marine Applications
Water-soluble fishing line that reduces ocean waste.
Dissolvable bait holders for sustainable fishing practices.
Temporary aquatic structures that degrade naturally over time.
4. Construction & Temporary Structures
Scaffolding that disappears when exposed to rain or UV light.
Dissolvable moldings and supports for temporary installations.
Formwork for concrete that dissolves after the structure sets.
5. Smart Consumer Goods
Eco-friendly toys or festival products that disappear after use.
Single-use utensils or dishware that self-destruct in water.
Event wristbands and passes that vanish after an event ends.
6. Electronics & Smart Materials
Dissolvable circuits or casings for electronics.
Temporary RFID tags or security seals that disappear after use.
Eco-friendly wearable tech components designed for planned obsolescence.
7. Aerospace & Military
Time-sensitive drones or surveillance devices that degrade after deployment.
Dissolvable camouflage materials for stealth operations.
Temporary shelters that degrade in extreme environments.
8. Art & Design
Interactive sculptures or installations that disappear over time.
Water-soluble fashion pieces that change with rain or humidity.
Degradable 3D-printed decor for temporary displays.
Active has a huge potential for industries looking to reduce waste, enhance sustainability, and introduce functional degradation into 3D printed products.
Free shipping on orders of 4+ spools!
Passive
Passive - Slow timed 4D filament
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Time-Mass Passive by Timeplast is a specialized 3D printing filament designed to be highly durable, stable, and resistant to external environmental factors. Unlike Time-Mass Active (which degrades over time) or Time-Mass Fire (which is designed to burn), Time-Mass Passive is engineered for long-term structural integrity, making it ideal for applications that require strength, longevity, and resistance to wear.
Key Features of Time-Mass Passive:
🛠️ Highly Durable – Designed to last for extended periods without significant degradation.
🛡️ Resistant to Environmental Factors – Protects against moisture, UV exposure, and oxidation.
🔩 Structurally Strong – Can be used in applications requiring mechanical stability.
♻️ Sustainable & Non-Toxic – Developed with eco-friendly material science principles.
📏 Dimensional Stability – Maintains its form and function over time without warping or breaking down.Why Time-Mass Passive?
Timeplast designed Time-Mass Passive as a material solution for industries and consumers needing durability without excessive waste. While many materials either degrade too quickly or persist indefinitely as pollutants, Time-Mass Passive offers a balance—lasting as long as needed while remaining eco-conscious.
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1. Long-Lasting Consumer Goods
Durable home decor and furniture components.
Weather-resistant outdoor accessories.
Sustainable, long-term-use kitchenware.
2. Industrial & Engineering Applications
Structural parts for 3D-printed machinery or tools.
Corrosion-resistant components for marine or aerospace applications.
Long-lasting prototypes for product development.
3. Infrastructure & Construction
3D-printed building materials that withstand the elements.
Durable interlocking tiles or modular structures.
Architectural elements requiring longevity.
4. Medical & Safety Equipment
Hygienic and long-lasting prosthetic components.
Non-degradable medical tools or diagnostic equipment.
Protective casings for sensitive instruments.
5. Automotive & Aerospace Applications
Heat and pressure-resistant vehicle components.
Protective covers for electronic and mechanical systems.
Long-term-use parts for sustainable transport solutions.
Free shipping on orders of 4+ spools!
Flex
TPU-Like Flexible 3D filament
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Timemass Flex is a TPU-like flexible filament developed by Timeplast that is also water-soluble. This unique combination allows for applications where temporary flexibility is needed, followed by controlled dissolution.
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Beach wearables – Can be used as a flexible, water-soluble material for beach footwear, surf apparel, or flexible floating pieces of arts that dissolve.
Biodegradable Medical Devices – Potential use in temporary medical applications, such as dissolvable braces, supports, patches or stents.
Smart Packaging – Could be used for packaging solutions that dissolve in water, ideal for reducing plastic waste.
Soft Robotics & Prototyping – Useful for developing temporary flexible components in soft robotics or product prototyping.
Fishing Industry & Eco-Friendly Applications – Could be used for water-soluble fishing lures, nets, or temporary aquatic structures.
Dynamic Molds – Flexible molds that can later be dissolved for seamless extraction of complex shapes.
Free shipping on orders of 4+ spools!
Support
Support - The best in 3D printing
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Time-Mass Support is a unique flexible and ultra high molecular weight support filament developed by Timeplast. Unlike traditional support materials, it can be cleanly detached in a single stroke, eliminating the need for tedious post-processing or water dissolution.
Key Features:
Flexible yet removable – Unlike brittle supports, it bends without breaking and peels off easily. Which is great for complex prints, and large-scale printing systems.
No residue or secondary processing – Leaves a clean surface after removal, reducing labor costs.
Compatible with complex geometries – Ideal for overhangs, bridges, and intricate structures where traditional supports may fail given the ultra high molecular weight.
Eco-friendly alternative – Avoids the need for solvent-based or water-dissolving support materials.
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High-End Prototyping – Enables rapid iteration of complex designs without post-processing delays.
Consumer Product Manufacturing – Ideal for mass production where fast and easy support removal is needed.
Medical & Dental Applications – Great for printing intricate prosthetics or dental models without risk of damaging fine details.
Architectural Models – Allows for printing delicate structures that require support but need clean final surfaces.
Soft Robotics & Wearables – Facilitates the creation of flexible, multi-material parts with temporary internal supports.
Jewelry & Artistic Prints – Provides an easy way to remove supports without damaging fine engravings or tiny details.
Free shipping on orders of 4+ spools!
Fiber
Fiber - 3D printed Soft fabrics
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Time-Mass Fiber incorporates sacrificial polymer technology, which enables specific portions of the material to dissolve in a controlled manner. This feature is especially valuable in 3D printed soft fabrics, due to the small diameter of the remaining fibers. It is also used for advanced manufacturing and prototyping, as it allows for internal embedded supports, temporary reinforcements, or multi-material prints that transition over time.
How Sacrificial Polymer Technology Works in Time-Mass Fiber
Dual-Phase Composition – The filament consists of a durable, fiber-reinforced phase and a strategically embedded sacrificial polymer that weakens under water.
Post-Processing Activation – After printing, the sacrificial polymer can be removed through dissolution, thermal degradation, or mechanical peeling, leaving behind the intended final structure.
Self-Optimizing Material – The controlled removal of the sacrificial polymer can reduce weight, create internal channels, or improve flexibility in certain regions of the printed object.
Enhanced Printability – This technology ensures complex geometries print more reliably by integrating internal support structures that disappear when no longer needed.
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Structural Components – Ideal for lightweight but strong or very soft parts in aerospace, automotive, and robotics. Depending on the sacrificial treatment.
Load-Bearing Prototypes – Useful for creating prototypes that need mechanical stress testing.
Sports Equipment & Protective Gear – Can be used in helmets, padding, and high-impact sports gear.
Medical Devices & Braces – Suitable for orthopedic supports and custom medical applications.
High-Performance Tooling – Can be used in jigs, fixtures, and manufacturing tools that require resilience.
Sustainable Consumer Products – Could be applied in eco-friendly furniture, accessories, or industrial design projects.
Free shipping on orders of 4+ spools!
Light
Light - Illumination 3D filament
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How It Works
Time-mass Light functions similarly to optical fiber but with a key difference: instead of channeling light along a single axis, it diffuses and scatters light throughout its volume. This is achieved through:
Microstructured internal diffusion: The filament contains microscopic voids, refractive index variations, and embedded nanoparticles that scatter and distribute light evenly.
Selective diffraction: Unlike transparent materials, which allow light to pass through with minimal scattering, this filament ensures a controlled diffusion, making the entire print glow.
Optimal light entry angle: After printing, the object must be cut or polished at flat angles at the base to allow efficient light entry, maximizing the glowing effect.
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Energy-efficient lighting: Create glowing decorative structures that require fewer LEDs.
Wearable illumination: Print flexible or semi-rigid glowing accessories for clothing, safety gear, or fashion.
Art and signage: Print signs or displays that appear internally lit without needing complex wiring.
Emergency lighting: Produce lightweight, self-illuminating exit signs, safety indicators, or low-power emergency lighting.
Holographic and display technology: Experiment with creating glowing, semi-transparent layers in 3D structures.
Free shipping on orders of 4+ spools!
Texture
Texture - Post adhere any texture
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Time-mass Texture is a flexible, semi-water-soluble filament that temporarily becomes sticky upon a quick dip in water so that it can then be covered in any powder material, altering 100% of its texture, and making it a non-plastic feel print.
Surface treatment compatibility: The sticky surface can bond with fine powders, creating a textured, non-plastic finish.
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Hyper-realistic models: Print objects, then coat them with fine materials (sand, dirt, stone powder) to create ultra-realistic terrain, fossils, or artifacts.
Naturally degradable textures: Print and coat objects with benign materials for natural-looking prototypes.
Anti-plastic aesthetic: Produce objects that feel organic by layering them with non-plastic textures like wood dust, chalk, or minerals.
Special effects & cosplay: Create lightweight, flexible armor or props that look like solid stone or metal.
Medical & ergonomic surfaces: Create handles or grips that become naturally textured when exposed to moisture, improving grip without synthetic rubber.
Free shipping on orders of 4+ spools!
Soap
Soap - 3D print usable soaps!
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Time-mass Soap is a 3D printing filament that blends Timeplast’s alcohol-water matrix with:
Calcium carbonate (a natural abrasive, also used in toothpaste and soap bars).
Olive oil (a fatty acid source for lather and moisturizing).
Essential oils (for fragrance and potential antibacterial properties).
It remains printable because:
The water and alcohol in the formulation ensure flexibility during extrusion but evaporate post-printing, leaving a solid, usable soap.
The calcium carbonate reinforces the soap structure, ensuring printed layers remain intact even in water.
Olive oil and essential oils enhance the final product’s usability, providing skin benefits.
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Customizable soap bars: Print unique shapes, names, or patterns directly into soap for personalized hygiene products.
Travel soaps: Lightweight, small, and easily biodegradable soaps for eco-conscious travel.
Medical or hygiene applications: Print custom ergonomic soap bars for people with disabilities.
Educational tools: Teach kids about 3D printing and chemistry by letting them design and use their own soap bars.
Novel marketing items: Businesses could print logo-shaped soap bars as promotional gifts.
Free shipping on orders of 4+ spools!
Unlock the 4th dimension in your 3D printer.
Timeplast is composed of 70% water. (Ask ChatGPT how that's even possible!)
3D Printing with Zero Toxic Fumes.
Print 4-Dimensional objects by integrating the dimension of Time, such as Bloominite.
All filaments are water-soluble.
Compatible with any filament-based 3D printer.
Packaged in plastic-free, 100% recycled cardboard.
Made in the USA.
In the pictures above, a 3D-printed ball made with Time-mass Texture has been treated with stone powder, giving it the look and feel of real stone.
Free shipping on orders of 4+ spools!
100% Money-Back Guarantee: If you're not satisfied, we'll refund your purchase—no questions asked.
What is
Time-Mass?
Buy one spool for $19.99
Free shipping on orders of 4+ spools!
The possibilities are endless
Time-programmed wearables: Like artistic shoes, with incredible designs and at a very low cost of production.
Self-Eroding Marine Structures: Ocean-based supports that provide habitats for marine life and dissolve over time to release beneficial minerals, enriching marine ecosystems naturally.
Automated Farming Components: Timed-dissolving planters that release nutrients and water at key stages of plant growth, optimizing crop health and reducing artificial fertilizers.
Self-destructive Construction Scaffolding: Temporary, self-dissolving scaffolding for construction projects, removing the need for disassembly and minimizing post-construction waste.
Temporary Floating Platforms for Aquatic Events: Modular, dissolvable platforms for water-based events that disappear afterward, leaving the environment undisturbed.
Self-Deconstructing Medical Implants: Medical implants that dissolve once healing is complete, reducing the need for follow-up surgeries and minimizing infection risks.
Slow-Releasing Pesticide Capsules: Agricultural capsules that dissolve over time to release nutrients and pesticides sequentially, optimizing crop protection and reducing chemical waste.
Programmable Packaging Solutions: Water-soluble packaging for single-use items or perishables that disappears after disposal, reducing plastic waste effectively.
Zero-waste Temporary Art Installations: Timed art pieces designed to dissolve over time, creating ephemeral installations that leave no environmental impact, with increased art appreciation due to its ephemeral nature.
Ocean Buoys for Wildlife Monitoring: Timed-dissolving buoys that monitor marine life and disappear after their mission, preventing marine debris.
Personalized Fitness and Wellness Devices: Disposable fitness trackers that dissolve after use, releasing beneficial compounds, offering convenience with no waste.
Smart Infrastructure with Automated Deconstruction: Self-dissolving infrastructure for temporary construction needs, saving on cleanup costs and reducing waste when no longer needed.
Free shipping on orders of 4+ spools!
Meet the Solution
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Certified 100% Water Soluble
ASTM E 1148
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Certified 100% PFAs-free
ASTM D7979-19
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70% water, 30% Alcohol, VAM and Calcium components
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Patented Pabyss - The Plastic Abyss
A “Molecular Disintegrator” bottomless trashcan.
Fire
A Burning 3D printing filament
In the video: A Time-Mass Fire Benchy boat burning at a slower, more controlled pace. Check the difference in the flame’s color.
Combustible Polymer Matrix: A water-soluble polymer that burns cleanly. This matrix forms the main body of the filament.
Water-Embedded Microstructure: Tiny microcapsules containing water distributed throughout the filament.
Fiber Reinforcement: Thin, slow-burning fibers running through the filament, mimicking the wick structure in traditional candles.
Water Vapor Release: As the filament burns, the embedded water slowly evaporates. This vapor acts as a heat sink, regulating the burn rate and temperature, much like how a candle wick regulates the flame.
Localized Cooling: The release of water vapor creates localized cooling zones, preventing rapid combustion and ensuring a steady, controlled flame height.
Fiber-Wick Effect: The embedded fibers function similarly to a candle wick, channeling the flame and maintaining a consistent burn path. This guides the flame through the filament, layer by layer, in a predictable manner.
We believe Time-Mass Fire will burn significantly cleaner than conventional filaments due to its 70% water-based composition. However, we have not yet tested all potential combustion byproducts. For safety, please use this filament only in a well-ventilated area.
In the video a PLA benchy boat burning.
PLA (Polylactic Acid) is not designed for burning and presents several disadvantages compared to Time-Mass - Fire:
Uncontrolled Combustion: PLA burns unpredictably, often resulting in irregular flames, soot production, and unpleasant odors.
Toxic Fumes: Burning PLA can release potentially harmful chemicals, making it unsuitable for controlled applications like candles.
Rapid Burn Rate: PLA lacks any inherent mechanism to regulate the burn rate, leading to fast and uneven combustion.
The best
Support filament in the 3D printing world period.
Free shipping on orders of 4+ spools!
When we say Time-Mass is the best support filament, it’s because we genuinely believe it to be true based on our testing and experience.
Time-Mass stands out due to its exceptionally high molecular weight—the highest of any support filament we’ve tested at Timeplast. Combined with the non-toxic nature of our proprietary materials, you can print all day without worrying about releasing harmful chemicals into the air.
Additionally, Time-Mass is an elastomer, which means it offers a unique combination of flexibility and water solubility. This allows supports to detach in a single stroke, making post-processing easier and cleaner. The high molecular weight also contributes to high-definition prints, setting a new standard for support filaments.
While materials like BVOH, PEG, and HIPS have been used for scientific purposes at much higher price points and are derived from conventional non-polar polymer chains, Time-Mass delivers a superior balance of affordability, safety, and functionality. We believe these factors make it an ideal choice for the average 3D printing enthusiast looking for a reliable and high-performing support filament.
Check the flexibility:
Active.
Delayed.
Passive.
Fiber
Sacrificial Polymer Technology for soft 3D printed fabrics
In the image: Our 1.75mm Fiber filament.
What is Time-mass Fiber?
It’s a version of our filaments which is made of a composite Timeplast material, consisting of:
Core or Microfibers as Structural Component: These are durable, flexible strands embedded within the filament. They act as the final "yarn" or fabric structure.
Matrix or Outer Material as the Sacrificial Polymer: Surrounding the structural fibers, the sacrificial polymer serves as a temporary binding material, holding the microfibers in a specific shape during the 3D printing process.
This dual-material design within a single filament eliminates the need for a separate support material, simplifying the printing process and making it possible to achieve very thin fibers
In the image: The same fiber filament shown previously, but after 24 hours of exposure to water, the fibers begin to emerge.
When you print with this filament:
Layer Formation: The filament is deposited in layers, with the sacrificial polymer temporarily binding the fibers to maintain the desired geometry and tension until post-processing.
During printing, the sacrificial polymer:
Supports intricate designs and fine fiber orientation, acting as scaffolding during the build process.
Provides enough structural integrity to enable overhangs or complex shapes without collapsing.
In the image: A close-up view of the fibers themselves.
After printing, the object undergoes a sacrificial polymer removal process:
The sacrificial polymer is engineered to dissolve or disintegrate when exposed to room-temperature water.
As the sacrificial polymer dissolves, it leaves behind only the structural fibers, which are now loosely interwoven or patterned to create a fabric-like material.
The final printed object has to be dried out (for example in a food dehydrator) up until it achieves the desired final texture.
The remaining structure:
Retains flexibility and softness because the fibers were embedded in a precise pattern, mimicking woven or knitted textiles.
Has microvoids and interconnected fiber networks where the sacrificial material was removed, enhancing breathability and softness.
In the image: The before-and-after.
The final product achieves fabric-like properties because:
Fiber Orientation: The structural fibers remain in a pattern that mimics traditional fabric weaving, providing flexibility and drapability.
Tunable Thickness and Texture: By adjusting the sacrificial polymer-to-design ratio and the printing pattern, the properties of the resulting fabric can be tailored for softness, elasticity, or even stretchability.
Porosity: The dissolution of the sacrificial polymer creates spaces between the fibers, allowing the fabric to feel light and breathable.
Applications:
Fashion: Soft, customizable 3D-printed fabrics for garments with intricate patterns and dynamic properties (e.g., shape memory or thermal adaptability).
Medical: Biocompatible fabrics for bandages, surgical meshes, or wearable sensors.
Soft Robotics: Lightweight, flexible materials for artificial skins or soft robotic components.
Eco-Friendly Textiles: Fully recyclable or biodegradable fabrics due to the innovative polymer chemistry of Timeplast.
TPU on the left, Time-Mass on the right.
Same flexibility, much higher potential.
Clean all strings with a quick dip in water instead of using toxic solvents.
Unlock the
4th dimension in
your 3D printer
Timed
Dissolution Times
• ACTIVE: Dissolves quickly.
• EXTENDED/DELAYED: Dissolves slower than active.
• PASSIVE: Dissolves slowly
Watch 3 benchies with 3 different disolution times.
Time-Mass Support:
Elevating 3D Printing Beyond PVA
100% Money-Back Guarantee: If you're not satisfied, we'll refund your purchase—no questions asked.
Advantages Compared to Other Supports
Higher molecular weight, resulting in significantly better printing resolution and reliability.
Flexibility similar to TPU, making it much easier to remove support structures in complex prints.
More cost-effective than PEG, BVOH, and other premium water-soluble supports.
Works with multifilament systems that pull, but it doesn’t work in systems that push. Pausing and changing filaments is an easy fix.
Manufactured
In-house
Success Stories
Send us your creation at timeplast@timeplast.com to be featured here.
