Revolutionizing Rapid Prototyping with AFPM

High‑speed 3D printing has long been hindered by slow build rates, prolonged lead times, and costly tooling. Today, printing at speeds exceeding 100 g hr^-1 is not a novelty but a standard, enabling manufacturers to deliver prototypes, small‑batch and high‑strength functional parts faster than ever.

In celebration of Republic Day, we proudly announce that our Advanced Fusion Plastic Modeling (AFPM) technology has received a dual‑national patent—issued by both India and the United States—affirming its unique and groundbreaking nature.

Current Challenges with High‑Speed 3D Printing

Traditional FFF printers rely on a uniform extrusion rate, which fails to account for varying design demands. At high speeds, filament flow drops dramatically, producing poor surface quality and reduced part strength.

After 10,000 + hours of focused research, we identified that the core issue lies in the gear and hot‑end system. The back‑pressure from the hot‑end, coupled with a lack of flow‑rate control, causes filament deformation and partial or full nozzle blockage, lengthening turnaround times for prototypes and end‑use parts.

The AFPM Solution from Divide By Zero

AFPM harnesses intelligent automation and a dedicated software stack to detect potential pitfalls, adjust the extruder in real time, and fine‑tune material flow for each layer—delivering quality that outpaces all current FDM and FFF printers.

In plain terms, AFPM automatically controls material flow rate layer by layer, adapting to the part’s geometry.

Revolutionizing Rapid Prototyping with AFPM

AFPM – Material Strength

Adaptive flow‑rate and temperature optimization for superior Z‑bonding
Up to 2× higher component strength compared to conventional FFF outputs
Precision PID temperature control with 100‑watt extruder heating

AFPM – Surface Finish

New hardened high‑flow nozzle design
10× longer melt zone for smoother deposition
Servo‑controlled high‑precision extruder
High‑precision linear guide rails and ball‑screw gantry

Revolutionizing Rapid Prototyping with AFPM

AFPM – Speed & Accuracy (10× Faster, 5× More Precise)

Servo + ball‑controlled motion system with 5‑µm positional accuracy
64‑bit quad‑core processor‑based high‑speed controller
Patented stable build platform and moving gantry
Dual‑layer all‑metal robust chassis

Revolutionizing Rapid Prototyping with AFPM

Key Achievements with AFPM

Save up to 90 % of the time versus traditional CNC machining and up to 85 % versus standard FFF printers
Significantly reduce tooling and operating costs while accelerating results
Accelerate product innovation cycles without large minimum order quantities
Launch products 10× faster, driving exponential annual profits
Cut customer conversion cycle time by 10× through rapid prototyping
Enable low‑volume, mass‑customization production for creative solutions