WASP Manual Feeding System for 40100 Clay/40100

WASP Manual Feeding System for 40100 Clay / 40100 LDM

The WASP Manual Feeding System is an LDM extruder designed for testing and 3D printing with dense fluid materials such as cement and geopolymers. It is built for use with the Delta WASP 40100 Clay / 40100 LDM platform, giving users a practical way to experiment with non-standard paste materials without relying on a continuous feeding setup.

This system uses a stainless steel cone with a 2.5 litre capacity, allowing material to be poured directly into the hopper during printing. This makes it useful for research, material testing, artistic work, education, design studios, and small-batch experimentation where the operator wants direct control over the material feed.

Manual Material Loading

The material is loaded manually by pouring it directly into the cone-shaped hopper. This allows the user to top up the material during the print process and makes the system well suited to testing cement-based mixes, geopolymers, and other dense LDM-compatible materials.

Integrated Mixing and Controlled Flow

Inside the stainless steel hopper, a mixer helps keep the material moving to support consistent extrusion and reduce the risk of premature hardening. The flow is controlled by a technopolymer screw driven by a stepper motor, helping deliver material through the nozzle in a controlled way during printing.

Easy Cleaning and Maintenance

The Manual Feeding System is designed to be assembled, disassembled, and cleaned after use. This is especially important when working with dense or fast-setting materials, where regular cleaning helps maintain reliable extrusion performance and prevents material build-up inside the system.

Key Features

• Manual feeding system for dense fluid materials
• Suitable for cement, geopolymers, and similar LDM materials
• Designed for Delta WASP 40100 Clay / 40100 LDM applications
• 2.5 litre stainless steel hopper
• Integrated mixer to help maintain material consistency
• Technopolymer screw for controlled material flow
• Stainless steel nozzle system
• Easy to assemble and clean after use
• Useful for research, education, design, and artistic applications

Typical Applications

• Material testing with cement and geopolymers
• Research and development for paste-based 3D printing
• Educational ceramic and construction 3D printing projects
• Artistic and sculptural additive manufacturing
• Design studio prototyping with dense fluid materials