Table Top Small R&D Concrete 3D Printer

Table Top Small R&D Laboratory Scale

Concrete 3D Printer

"Our aim was simple—build a lab-friendly Concrete 3D Printer that empowers students and researchers to experiment, innovate, and contribute to the future of sustainable construction."

Overview

As the need for innovative construction methods grows, so does the demand for deep material research in 3D concrete printing. Deltasys E-Forming, a leader in advanced 3D printing systems, proudly introduces a specialized solution for labs and research institutions—the Table Top Concrete 3D Printer.

Tailored for academic and industrial R&D, this machine provides a smart, compact, and cost-effective way to experiment with cementitious materials and test printability for real-world structures.

CONCRETE PRINTER

TABLE TOP SMALL R&D CONCRETE 3D PRINTER

Empowering Material Research for the Future of Construction

As the global momentum toward 3D concrete printing accelerates, material science remains at the heart of innovation. Recognizing the critical need for accessible and precise research tools, Deltasys E-Forming—India’s pioneer in concrete 3D printing technology—introduces a groundbreaking solution: the Tabletop Concrete 3D Printer for R&D Laboratories.

Purpose-Built for Research & Material Validation

Engineered specifically for academic and industrial research, this compact yet powerful Concrete 3D Printer is designed to enable thorough experimentation with cementitious materials, mortars, and paste-like substances. Researchers can now fine-tune mix designs, evaluate rheological and thixotropic properties, and validate strength parameters for real-world applications—without the need for full-scale equipment investment.

Table Top R&D Concrete 3D Printer

Why This Matters?

Traditional concrete 3D printing machinery demands significant capital and space, creating a high entry barrier for educational institutes and R&D labs. This lab-scale-solution bridges the gap by offering a cost-effective, portable, and reliable platform for material development and printability assessments.

Whether you’re testing new sustainable blends, additives, or formulations, this printer ensures you have full control over critical variables—flow rate, setting time, extrusion stability, and interlayer adhesion—making it an indispensable tool for any concrete research initiative.

CONCRETE 3D

Deltasys E-Forming continues to lead the evolution of 3D construction technology, and this R&D printer is yet another step in democratizing innovation—making advanced research accessible to every lab, everywhere.

Explore the Key Benefits of TableTop Concrete 3D Printer for Researchers and Institutions

Enables Material Research & Validation

Accurate Printability & Strength Testing

Scalable for Industry Transfer

Perfect for Education & Prototyping

Lab-Friendly Design

Integrated Mixing & Dosing System

Cost-Effective Entry into Concrete 3D Printing

Core Components of Table Top Small R&D Concrete 3D Printer

Technical Specifications

Table Top Small R&D Concrete 3D Printer
Printer Type	Gantry Based 3D Printer
Print (Build) Volume	X-600mm x Y-600mm x Z-600mm
Motion Axis of Gantry	3 Axis (X, Y, Z)
Bed Platform for Printing	Polypropylene Thick CNC Machined Plastic Platform along with thick swappable plastic boards to remove and change the Prints.
Precision	+ / - 0.5mm
Position repeatability	0.2mm
Layer Resolution	between 2-15mm
Print Speed	10 - 150mm/sec
Max Movement Speed	X-150/Sec, Y-150mm/Sec, Z-60mm/Sec, Screw Rotation 60 RPM
Gearboxes	Low Backlash, Noise Less, High Precision Planetary Gearbox which provides High torque and stabilized movements.
Motion Mechanism	Linear Guides from HIWIN made in TAIWAN on all axis and motion movement with Racks and Pinions from THK JAPAN. We use Module 2 racks and pinions which provide better stability than any other modules racks.
All machine parts are powder coated and sprayed with lacquer to make surface hard, other parts which are in contact with concrete materials are made up of Stainless-steel material. Entire Structure is made up of carbon steel and all guideway and rack and pinion mounting surfaces are CNC machined to the zero level to maintain the parallelism and perpendicularity of the structure for long-term. Even we do stress relieving after welding so machine accuracy remain same over long period of time. We don't use aluminum extrusion unit to make structure because over the year it loses its stability and accuracy.

Table Top Small R&D Concrete 3D Printer

Key Specifications
Build Volume: 600mm x 600mm x 600mm
Integrated Mixing Unit: Laboratory-scale mixer tailored for consistent blending of cementitious and specialty materials.
Material Dosing System: Precision-controlled for reliable extrusion and layer deposition.
User-Friendly Interface: Simplified operation for researches, students, and technicians.
CAD-Compatible: Supports 3D model input for customized structural prototyping

User - 3D Printer Interface
DE e-Builder CAM slicer Software with following functions:
Slicer: DE e-Builder CAM slicer for concrete 3D printing
Parameters: Print Speed, Layer height, Nozzle selection, Flow rate multiplier (User can easily increase and decrease the extrusion flow rate on fly while machine running also).
Printer and Printing Management: Software controlled.
Connection to the machine: Wi-Fi / Ethernet.
Camera Connectivity: Internet Protocol camera can be operated and see live working through smartphone, Tablet, PC and Laptop.
Supporting OS: Windows 11 and higher Windows OS versions.
Input 3D model file format: STL
Functions: Loading 3D model, slicing 3D model, Manual Control, Monitoring the printing parameters.
Manual Control: X, Y, Z, pump and extrusion
Layer Height: Minimum 10mm
DE eBuilder CAM will simulate and display the entire 3D printing operation (before the actual printing) and its associated parameters such as time of printing, material consumption rate, print rate, and all other relevant information.
DE eBuilder CAM communicates with the operator regarding the necessary safety information and errors in the entire process appropriately.
Our software allows for a single point and integrated control of all the sub-components such as the print head unit and others for a synchronized printing mechanism/action.
Our software allows for start-pause-change-resume workflow.