Thank you for connecting with us at FutureAM 2026

Missed us? Don't worry!

Download the research papers we shared at the event!

Donwload research papers

Research papers we featured at FutureAM:

  • Ultrafast Piezocapacitive Soft Pressure Sensors with Over 10 kHz Bandwidth via Bonded Microstructured Interfaces
    Nature Communications
  • Combined Helical-Blade-Strengthened Co-Flow Focusing for Nanoliposome Production
    ScienceDirect
  • 3D Printed All-in-One Sample Introduction System for ICP-MS
    Analytical Chemistry
  • Echinoderm Stereom Gradient Structures Enable Mechanoelectrical Perception
    Nature
  • Bionic Microneedle Patch Inspired by Drosophila Tarsal Paws
    Advanced Science
  • Highly Conductive and Stretchable Nanostructured Ionogels for 3D Printing Capacitive Sensors with Superior Performance
    Nature Communications

Want to dive deeper? Download the full paper here.

*By submitting this, you are opting to receive our marketing communications (you may opt out anytime).

Haven't signed up for FutureAM 2026?

        Register now         

Learn More About BMF​ 

DASH Asia FutureAM 2026 Document Download

*By submitting this, you are opting to receive our marketing communications (you may opt out anytime).

Experience Micro‑scale AM with BMF

Join us (together with BMF) at FutureAM 2026! Explore cutting‑edge micro‑scale AM breakthroughs, discover open‑source solutions across polymer and metal systems, and connect with our experts!

Why visit us at Booth B10?

  • Micro‑Scale AM → See the BMF S240 live, designed for high‑fidelity micro‑bioprinting with the perfect speed‑to‑cost‑to‑performance ratio.
  • Open‑Source Solutions → Explore Dash’s portfolio spanning polymer, metal, and hybrid AM systems.
  • Academic Impact → Learn how professors are accelerating publishable science with accessible AM technologies.

Haven't signed up for FutureAM 2026?

Register now

DASH Asia FutureAM 2026 Document Download

*By submitting this, you are opting to receive our marketing communications (you may opt out anytime).

BMF 240 RENTAL PROGRAMME

Additionally, we invite you to explore our rental program for the BMF 240 model, designed to make high-precision micro-scale additive manufacturing more accessible for academic laboratories and research teams.


Connect to chat more

Want to dive deeper? Download the full paper here.

*By submitting this, you are opting to receive our marketing communications (you may opt out anytime).