Name: Premium ABS 3D Filament for Reliable Prototyping - TINMORRY
Price: 5.80 JMD
Availability: InStock

Description

What Sets TINMORRY ABS Filament Apart from Others

TINMORRY’s ABS filament combines toughness, precision, and reliability to deliver top-notch results for your projects. Unlike other options on the market, this material is manufactured with strict quality controls to eliminate tangling, bubbling, or clogging during printing. Its exceptional impact strength and wear resistance make it a superior choice for demanding applications, while the vacuum-sealed packaging ensures that the material stays in perfect condition before use — ideal when you want to print ABS with consistency.

Whether you’re exploring industrial-grade solutions or simply looking for high-performing filament, TINMORRY offers one of the best ABS filament choices available. With its focus on reliability, strength, and smooth extrusion, this filament delivers results professionals can count on.

Important Key Features

Durability and Strength: Offers exceptional impact resistance and wear resistance, making it more durable than PLA.
Heat Resistance: Designed to perform in high-temperature applications.
Precision Manufacturing: High precision with a stable tolerance of ±0.02mm ensures smooth and consistent printing.
Vacuum-Sealed Packaging: Filament is supplied in a sealed vacuum bag to keep it dry and free of tangles or bubbles.

General Printing Guidelines

Recommended Nozzle Temperature: 220°C – 250°C
Hotbed Temperature: Above 85°C
Enclosed Build Space: Recommended to control cooling and prevent warping.
Storage: Keep the filament in a dry, well-ventilated area to maintain quality.

Suitable Applications

Functional Prototypes
Mechanical Parts
Tools and Jigs
Durable End-Use Components

Frequently Asked Questions

1. What are the advantages of using ABS material for 3D printing?

ABS material for 3D printing offers excellent strength, durability, and heat resistance, making it ideal for functional parts, mechanical components, and industrial prototypes. ABS material 3D printing is also popular because it allows for easy post-processing, such as sanding, painting, and acetone vapor smoothing. However, it requires controlled printing conditions to avoid warping and cracking.

2. What is the best ABS 3D printer filament for reliable performance?

When selecting the best ABS 3D printer filament, consider factors such as dimensional accuracy, low warping, consistent diameter, and ease of post-processing. High-quality filament ensures fewer print failures and a better surface finish.

3. How do I get the best results with 3D printer ABS filament?

To achieve the best results with 3D printer ABS filament, use a heated bed (90–110°C), print at a nozzle temperature of 230–260°C, and ensure the printer is in an enclosed chamber to maintain consistent temperatures. Good bed adhesion, achieved using adhesives such as ABS slurry or PEI sheets, also improves success rates with 3D printer ABS filament.

4. What should I consider when using ABS filament for 3D printer projects?

When using ABS filament for 3D printer projects, consider the printer’s ability to maintain high temperatures and control airflow. ABS filament for 3D printer emits fumes during printing, so proper ventilation or an enclosed system with filtration is recommended. It’s also essential to store the filament in a dry environment to prevent moisture-related print issues.