VX+ Enclosed Large-Format 3D Printer: Advanced Materials, Precision Motion, and Production-Ready Performance

Many manufacturers eventually outgrow desktop 3D printers.

The parts get larger.
The materials get harder to print.
The print jobs get longer.
The tolerance requirements get tighter.
The shop needs more than a small open-frame machine sitting on a bench.

That is where the VX+ fits.

The VX+ is an enclosed large-format FDM 3D printer designed for production of engineering-grade parts, large components, batch runs, tooling, fixtures, and functional prototypes. With a 600 × 500 × 600 mm build volume, CoreXY motion, Klipper firmware, a 450°C hotend, heated chamber, integrated filament dryer, and HEPA H13 filtration, it is built for organizations that need more capability than a desktop printer but do not necessarily need a full one-meter machine.

A Strong Middle Ground Between Desktop and Full Large-Format

The VX+ is a mid-format production platform.

Its 600 × 500 × 600 mm build volume is large enough for substantial parts, tooling, fixtures, and batch production, while still being more compact than full one-meter-class systems.

That makes it a practical fit for:

• Production fixtures
• Large functional prototypes
• Batch runs
• Engineering parts
• Automotive assembly aids
• Foundry tooling inserts
• Jigs and gauges
• Lab and research components
• Nylon and composite parts
• Short-run production

For many shops, this is the useful size range. It is large enough to solve real manufacturing problems, but not so large that every job requires a massive machine footprint.

Built for Engineering Materials

The VX+ is designed around process control.

Engineering materials can be difficult to print because they are sensitive to moisture, temperature, warping, and layer adhesion. The VX+ addresses those issues with an enclosed, insulated build chamber, active thermal management up to 70°C, a heated bed up to 120°C, and a nozzle capable of up to 450°C.

That matters for materials such as:

• ABS
• ASA
• PETG
• TPU
• Nylon / PA
• PA-CF
• PA-GF
• PC
• PET-GF
• High-temperature polymers where configuration and process permit

The slick notes that PEEK capability is configuration- and process-dependent, which is the right way to frame it. PEEK is not just a “hot nozzle” problem. It requires the correct material handling, chamber conditions, print strategy, and process control.

Integrated Filament Drying

Moisture is one of the most common causes of poor print quality in engineering materials.

Nylon, carbon fiber-filled nylon, glass fiber-filled materials, PETG-CF, and other hygroscopic materials can absorb moisture from the air. That moisture can cause bubbling, weak layers, rough surfaces, inconsistent extrusion, and unreliable parts.

The VX+ includes a built-in filament drying chamber rated up to 70°C. It supports larger spool capacity, including 2 × 3 kg or 1 × 5 kg spool configurations.

That is a practical production feature. Long prints and production jobs should not depend on a half-dry spool sitting in open air.

Water-Cooled 450°C Hotend

High-temperature printing is demanding on the extrusion system.

The VX+ uses an integrated water-cooled hotend designed for stable extrusion during extended high-temperature prints up to 450°C.

That helps support longer print jobs where heat management is critical. On production parts, the goal is not just to reach temperature once. The goal is to maintain stable extrusion for the entire job.

This is especially important for large parts, carbon-filled materials, nylon blends, and other engineering thermoplastics.

CoreXY Motion with Klipper

The VX+ uses a CoreXY motion system with Klipper firmware.

That combination gives the machine high-speed, tunable motion control with input shaping and real-time optimization. For a production environment, that matters because the machine needs to be tuned for both speed and print quality.

A fast printer that produces poor parts is not useful. A precise printer that is unnecessarily slow may not support production needs.

The VX+ is designed to balance those demands through CoreXY motion, Klipper control, input shaping, and motion tuning.

Industrial HIWIN Rails

Motion quality depends heavily on the guide system.

The VX+ uses HIWIN industrial linear rails for precision and durability across the full 600 mm motion envelope.

That is important because large parts place more demand on machine rigidity and consistency. A printer that performs well only in the center of the build area is not enough for production tooling or large engineering parts.

The machine needs to remain stable across the full working area.

Enclosed, Heated, and Filtered

The VX+ is fully enclosed with a double-wall insulated chamber. It includes HEPA H13 air filtration for cleaner operation when printing high-performance materials.

For shop and lab environments, enclosure and filtration are important practical features. They help with:

• Thermal stability
• Warping reduction
• More consistent layer adhesion
• Cleaner operation
• Better material control
• Improved workplace suitability

This is especially relevant for ABS, ASA, nylon, composites, and other materials where an open-frame printer is usually the wrong tool.

Production-Oriented Usability

A production printer has to be usable by people on the floor.

The VX+ includes automatic bed leveling, a double-sided removable magnetic PEI build surface, a built-in camera, run-out sensor, foldable 5-inch HD TFT touchscreen, and connectivity through Wi-Fi, USB, and Ethernet.

It supports AMF, STL, and OBJ file formats and is compatible with common slicers including OrcaSlicer, Cura, Simplify3D, PrusaSlicer, and Slic3r. It also supports Windows, macOS, and Linux workflows.

Those details matter. A capable printer still needs to fit into a shop’s actual workflow.

Technical Specifications That Matter

The VX+ specifications position it as a serious mid-format production machine:

• Build volume: 600 × 500 × 600 mm
• Print technology: FDM
• Motion system: CoreXY
• Extrusion system: direct drive
• Machine dimensions: 950 × 935 × 1620 mm
• Power input: 110V / 220V, up to 3200W
• Print accuracy: ±100 microns
• Layer height: 0.1–0.3 mm variable
• Max print speed: up to 500 mm/s
• Max nozzle temperature: up to 450°C
• Heated bed temperature: up to 120°C
• Chamber temperature: up to 70°C
• Filament diameter: 1.75 mm
• Nozzle sizes: 0.2 / 0.4 / 0.6 / 0.8 mm

These specifications make the VX+ suitable for manufacturers that need material capability, build volume, and process control in one machine.

Where the VX+ Fits Best

The VX+ is a strong option when the job requires more than a desktop printer but does not require a full one-meter platform.

It is a good fit for:

• Manufacturing support tooling
• Automotive assembly fixtures
• Poka-yoke tools
• Short-run production parts
• Large functional prototypes
• Nylon and composite components
• Foundry pattern inserts
• Lab and research fixtures
• Engineering validation parts
• Batch production runs
• High-temperature material development

For many companies, this is the machine class that actually gets used every day. It is large enough to solve real problems and controlled enough to print more demanding materials.

Why the VX+ Matters

The value of the VX+ is not just speed or size.

The value is control.

It gives users control over build volume, material condition, chamber temperature, extrusion temperature, motion tuning, filtration, and workflow. That combination is what makes a printer useful for real production work.

A large printer without chamber control is limited.
A high-temperature hotend without dry filament is limited.
A fast machine without rigid motion is limited.
A production printer without workflow compatibility is limited.

The VX+ brings those elements together in a balanced platform for engineering-grade additive manufacturing.

Work With Jaeger Technology Group LLC

Jaeger Technology Group LLC offers the VX+ for manufacturers, labs, makerspaces, product developers, and production teams that need a capable enclosed large-format 3D printer for engineering materials and functional parts.

If your team needs larger prints, stronger materials, better thermal control, production fixtures, batch runs, or a more serious additive manufacturing workflow, the VX+ is worth considering.

Jaeger Technology Group LLC can help evaluate whether the VX+ fits your applications, materials, facility, and production goals.

Contact Jaeger Technology Group LLC to learn more about the VX+ enclosed large-format 3D printer, related machines, and production-scale 3D printing services.