The AVEX Series (AVEX15, AVEX20, AVEX32) comprises industrial extruders engineered for large scale thermoplastic 3D printing.
Freedom of Design
AVEX delivers reliable, high-output performance up to 50 kg/h, with printing temperatures reaching 450 °C. As an official KUKA Systems Partner, Beckhoff System Integrator, and technology partner of ENCY, Ai Build, and Adaxis, AVENCO integrates robust hardware with advanced robotic CAM and AI-driven optimization workflows.
Defense
Rapid prototyping of housings and enclosures, low-volume tooling, jigs & fixtures, composite mold masters (non-ITAR production support).
Aerospace
Layup tools, vacuum form tools, drill jigs, nonflight composite tooling, aerodynamic mockups and form/fit prototypes.
Marine
Hull sections, fairings, cores, custom molds; corrosion-resistant materials for marine environments.
Furniture
Large sculptural shells, ergonomic forms, upholstery molds, custom fixtures for production lines.
About Us
AVENCO is a global engineering company
Specializing in robotic systems for additive manufacturing, milling, and automation.With exports to 40+ countries across 6 continents, AVENCO delivers solutions trusted by leaders in construction, marine, automotive, and manufacturing. As of now, AVENCO has two branches, Istanbul HQ and Dubai Branch.
Countries Served
Countries Served
Max Printing Temperature
Max Printing Temperature
Frequently Asked Questions
What is the AVEX Series?
The AVEX Series is a family of industrial thermoplastic extruders developed for large-scale additive manufacturing (LFAM). It consists of three models—AVEX15, AVEX20, and AVEX32—engineered to deliver reliable and high-throughput extrusion for large-format 3D printing applications.
What applications is the AVEX Series designed for?
The AVEX Series is designed for producing large-scale prototypes, composite molds, jigs and fixtures, structural components, and low- to medium-volume production parts that require high material deposition rates.
Which industries use the AVEX Series?
AVEX extruders are used in a wide range of industries, including defense, aerospace, automotive, marine, construction and architecture, interior design, furniture, and industrial manufacturing.
What are the main differences between AVEX15, AVEX20, and AVEX32?
The main differences between the models are extrusion capacity and intended use. AVEX15 provides up to 15 kg/h for R&D environments and mid-size prototypes. AVEX20 delivers up to 25 kg/h and is suited for industrial prototyping and tooling. AVEX32 offers up to 50 kg/h and is designed for heavy-duty production and large structural components.
What is the maximum extrusion temperature of the AVEX Series?
All AVEX Series extruders support extrusion temperatures of up to 450°C, enabling the processing of high-performance thermoplastic materials.
Which thermoplastic materials are supported?
The AVEX Series supports advanced thermoplastics suitable for LFAM, including glass-filled polypropylene (PP GF), PETG, glass-filled PETG (PETG GF), carbon-filled polycarbonate (PC CF), and glass- or carbon-filled nylon (PA6 GF/CF).
Can reinforced materials such as glass-filled or carbon-filled polymers be processed?
Yes. The screw and barrel geometry of the AVEX Series is specifically designed to process reinforced thermoplastics while maintaining stable melt quality during continuous operation.
What is the maximum output capacity of the AVEX Series?
The AVEX32 model offers a maximum output capacity of 50 kg per hour, representing the highest throughput within the AVEX Series lineup.
What nozzle sizes are available?
AVEX Series extruders support nozzle diameters ranging from 2 mm to 16 mm, allowing flexibility in bead width and material deposition rate.
Is the AVEX Series compatible with robotic systems?
Yes. The AVEX Series is engineered for robotic LFAM applications and supports integration with industrial robotic platforms, including KUKA robots.
Which software solutions are compatible with the AVEX Series?
The AVEX Series is compatible with ENCY for advanced robotic CAM, Ai Build for AI-driven path optimization and simulation, and Adaxis for multi-axis robotic additive manufacturing workflows.
How is thermal stability managed during high-throughput printing?
Thermal stability is ensured through water-cooled barrels and nozzles, allowing consistent extrusion performance during high-output and long-duration printing operations.
What safety features are included in the AVEX Series?
AVEX extruders are designed according to industrial safety best practices and include temperature protection systems and safety interlocks.
Does AVENCO provide installation and commissioning support?
Yes. AVENCO provides installation, commissioning, and process tuning support, including mechanical mounting assistance, material parameter setup, and workflow handover for supported software platforms.
Is training and technical support available?
Each AVEX extruder includes one year of free technical support. Optional advanced support subscriptions, on-site visits, and preventive maintenance programs are also available.
Is the AVEX Series suitable for continuous production?
Yes. The AVEX Series has been proven in long-duration production environments and is designed for continuous industrial operation with reinforced thermoplastic materials.
What business advantages does the AVEX Series provide?
The AVEX Series reduces lead times for large tooling and prototypes, lowers material waste compared to subtractive manufacturing, enables greater design freedom, and supports scalable production.
How should the appropriate AVEX model be selected?
The appropriate AVEX model should be selected based on required material throughput, part size, application type, material selection, and production scale requirements.
