Yoline Lab offers a comprehensive material portfolio including PLA+, PETG, ABS, ASA, PCTG, PC, and the full TPU range from 85A to 72D. This complete lineup is designed to cover the full spectrum of 3D printing applications — from everyday creative projects to demanding industrial and engineering use cases.

A Complete Material System, Not a Fragmented Product Line

Many filament brands offer materials in isolation — a PLA here, a PETG there, sourced from different manufacturers with different quality standards. This makes it difficult for users to build confidence across materials.

Yoline Lab takes a different approach. Every material in our portfolio is manufactured under the same quality control system, with the same diameter tolerances, the same moisture standards, and the same manufacturing discipline. When you move from PLA+ to PETG to ASA, you're staying within a unified material system — not starting over with an unknown variable.

The Complete Yoline Lab Material Portfolio

PLA+ — The Versatile All-Rounder

PLA+ is our recommended starting material for most users, combining ease of printing with improved strength and toughness compared to standard PLA.

Key Properties:

• Excellent printability with minimal tuning
• Low warping, no enclosure required
• Improved toughness over standard PLA
• Wide color selection
• Low odor during printing

Best For:

• Beginners and everyday printing
• Decorative models
• Prototypes and fit-test parts
• Household items and organizers
• Educational projects

PETG — Durable and Impact-Resistant

PETG offers greater durability and chemical resistance than PLA+ while maintaining relatively easy printability.

Key Properties:

• Higher impact resistance than PLA+
• Good chemical resistance
• Better temperature resistance than PLA+
• Moderate flexibility with good toughness
• Transparent and translucent options available

Best For:

• Functional parts under moderate load
• Outdoor-adjacent applications
• Snap-fit components
• Protective cases
• Parts requiring repeated handling

ABS — Heat-Resistant and Mechanically Strong

ABS is a proven engineering material for applications requiring higher temperature resistance and mechanical durability.

Key Properties:

• High heat resistance
• Good mechanical strength
• Can be post-processed with acetone smoothing
• Requires heated bed and benefits from enclosure
• Industrial-grade durability

Best For:

• Components near heat sources
• Electronic housings
• Automotive interior parts
• Mechanical components
• Parts requiring post-processing

ASA — UV and Weather Resistant

ASA delivers similar mechanical performance to ABS with the critical addition of UV and weather resistance for outdoor use.

Key Properties:

• Excellent UV resistance
• Superior weather resistance
• Good mechanical strength
• Similar processing to ABS
• Designed for long-term outdoor exposure

Best For:

• Outdoor fixtures and brackets
• Garden and agricultural parts
• Automotive exterior components
• Weather-exposed installations
• Long-term outdoor applications

PCTG — High Impact with Excellent Printability

PCTG offers an outstanding combination of toughness, impact resistance, and ease of printing.

Key Properties:

• Exceptional impact resistance
• Good chemical resistance
• Easier to print than ABS or PC
• High durability
• Excellent layer adhesion

Best For:

• High-impact functional parts
• Protective equipment
• Durable enclosures
• Mechanical components
• Applications requiring strength without printing complexity

PC — Engineering-Grade Strength

PC (Polycarbonate) represents the top tier of rigid engineering materials in the Yoline Lab portfolio.

Key Properties:

• Highest strength in the rigid material lineup
• Excellent heat resistance
• Superior impact resistance
• Professional engineering performance
• Requires higher printing temperatures

Best For:

• Structural components
• Engineering prototypes
• High-temperature applications
• Demanding mechanical parts
• Professional and industrial use

TPU Series — Complete Flexible Solution

Our TPU portfolio spans the full range from ultra-soft 85A to engineering-grade 72D.

Key Properties:

• Five hardness grades covering all flexibility requirements
• Most grades print without auxiliary extrusion
• High-speed capable (TPU 95A up to 500mm/s)
• Moisture controlled below 0.3%
• Precision diameter control

Best For:

• Flexible functional parts
• Wearables and soft-touch products
• Industrial seals and gaskets
• Shock-absorbing components
• Applications from consumer to engineering

Material Portfolio at a Glance