Continuously tapered extrusion technology

We are one of the few manufacturers globally capable of producing continuously tapered synthetic filaments. Using proprietary extrusion and process control technologies, filament diameter is gradually reduced from base to tip in a single continuous manufacturing process.

Beyond continuous taper, Nexstar’s technology platform includes advanced polymer blending, fibre dyeing, cross-sectional engineering, surface modification and in-house performance validation.

Engineering Our Own Technology

Nexstar develops and builds most of its own extrusion and secondary processing equipment, including systems for extrusion, tipping, flagging, mixing and bundling. This enables greater process control, faster innovation and a cost-efficient manufacturing platform.

Tip Processing Technology

Nexstar develops and operates advanced tip processing technologies designed to create controlled filament tip geometries for specific application requirements. Precise control over tip shape and consistency enables repeatable brush performance, improved finish quality and reliable large-scale production.

CONTROLLED

TIP GEOMETRY

Fibre Mixing & Bundling Technology

Our servo controlled fibre mixing and bundling systems enable precise control over filament composition, blend ratios, colour distribution and bundle construction. This capability supports the development of application-specific fibre combinations while ensuring consistency from prototype to production

UNIFORM

BLENDING

Performance Validation Technology

Our in-house performance validation platform combines robotic paint application, measurement systems and real-world durability testing to quantify brush performance. A proprietary 5-axis testing robot enables bias-free comparative analysis of paint application, coating build and finish quality, while also evaluating brush feel, fatigue characteristics and service life across multiple substrates and application conditions.

VALIDATED

PERFORMANCE DATA

Complete Fibre Systems

Nexstar focuses on delivering complete, ready-to-use fibre systems rather than partially finished filaments. This integrated capability is unique among continuously tapered filament manufacturers and gives customers a simpler, faster, more economical and more reliable supply chain.

Build What Others Cannot

From taper profile to polymer blend, cross-section, tip geometry and bundle construction, Nexstar can engineer filament systems that are difficult for standard suppliers to replicate.

Faster Development – Lower Risk

Because extrusion, secondary processing and validation sit under one roof, new ideas move quickly from concept to scalable production, shortening development time and accelerating commercialisation.

Performance You Can Prove

Brush feel, paint delivery, finish quality and service life are measured through controlled in-house testing, giving customers evidence they can use in product development, sales and brand positioning.

Driven by Change

Paintbrushes are no longer what they were decades ago. Paints are more advanced, application needs have changed, competition has intensified and customer expectations continue to rise. Meeting these challenges requires more than filament production alone. It demands expertise across materials, extrusion, secondary processing and performance validation. This is why Nexstar continues to invest in a broad technology platform designed to support the evolving needs of the global paintbrush industry.

Advanced Coatings

Modern paints are thicker, more sophisticated and more demanding than the coatings used decades ago, driving the need for advanced brush engineering.

Higher Expectations

Today's painters and consumers expect better coverage, finish quality, durability and ease of application than ever before.

Global Competition

Manufacturers must continuously innovate to differentiate their products in increasingly competitive markets and stay ahead of evolving customer expectations.

Material Evolution

Natural bristle has largely been replaced by engineered synthetic filaments, unlocking greater performance potential while increasing technical complexity and development challenges.

Need for Integrated Technology