NNano-scaffolding.comNANO SCAFFOLDING Get Scaffold →

● Tissue Engineering • Nanomaterials • Biofabrication

BUILD LIFE AT THE NANOSCALE.

Nano-scaffolding.com engineers electrospun nanofiber scaffolds, peptide hydrogels and 3D micro-lattices that guide cells to grow, align and heal. From lab-grade matrices to implant-ready constructs — precision down to 80 nanometers.

Explore Technology → About the Lab

80 nmFiber resolution

340+Labs supplied

96.4%Cell viability

🧬 Collagen-mimetic
aligned PCL + gelatin fibers

⚡ Live porosity control
62–91% • 0.4–8 µm pores

ELECTROSPINNING ◆ HYDROGELS ◆ 3D BIOPRINTING ◆ PEPTIDE MATRICES ◆ ORGAN-ON-CHIP ◆ REGENERATIVE MEDICINE ◆ ELECTROSPINNING ◆ HYDROGELS ◆ 3D BIOPRINTING ◆ PEPTIDE MATRICES ◆ ORGAN-ON-CHIP ◆ REGENERATIVE MEDICINE ◆

01 — About us

We scaffold the future of healing

Nano-Scaffolding was born to solve one problem: cells need architecture. We give them a home that feels like native tissue.

From concept to clinical-grade matrix in 14 days

We are a multidisciplinary team of materials scientists, cell biologists and biomedical engineers. Our platform combines high-throughput electrospinning, two-photon micro-printing and self-assembling peptide chemistry to create scaffolds that are mechanically tuned, bioactive and fully traceable.

✓

Biomimetic by design
Fiber diameter, alignment and stiffness matched to skin, nerve, bone, cardiac and corneal ECM.

✓

GMP-ready & sterile
ISO 13485 workflow, endotoxin-tested, gamma / e-beam sterilization with full COA.

✓

Functionalized surfaces
RGD, laminin peptides, growth-factor reservoirs, conductive PEDOT for excitable tissues.

✓

Custom in days, not months
Send CAD, histology or stiffness map — receive prototypes with SEM + mechanical report.

How we work See lab & SEM

02 — Platform

Three core technologies, one ecosystem

Mix and match fiber, gel and lattice to replicate any niche — from soft brain (0.5 kPa) to cortical bone (18 GPa).

NanoSpin™

Aligned electrospinning

Random or highly aligned PCL, PLGA, silk fibroin, collagen. Coaxial core-shell for drug release up to 42 days.

GelMatrix™

Peptide hydrogels

Self-assembling RADA, GelMA, hyaluronic gels with tunable degradation and injectable delivery for in vivo filling.

LatticePrint™

2-photon microlattices

Sub-micron 3D printed niches for organoids, vascular channels 20 µm, perfusable chips and bone trabeculae.

Polymer library

Natural + synthetic, conductive, magnetic.

48h

Rapid prototyping

SEM + pore + tensile data included.

ISO

13485 / 10993

Biocompatibility tested, USP VI.

100%

Traceability

Batch QR, raw data, COA download.

03 — Applications

Where our scaffolds work

Request samples

Skin & wound healing

Bilayer dermal substitutes with antibacterial chitosan shell. 2.3× faster re-epithelialization in preclinical models.

Nerve & spinal cord

Longitudinally aligned conduits + NGF gradients guiding axons over 15 mm gaps. Conductive fibers for stimulation.

Bone & cartilage

Mineralized 3D lattices with hydroxyapatite, BMP-2 loaded microspheres, compression strength up to 42 MPa.

Cardiac & muscle

Elastic anisotropic patches that beat with cardiomyocytes. Anisotropy ratio 4:1, fatigue >1M cycles.

Organoids & organ-on-chip

Perfusable vascularized chips for liver, kidney, BBB. Compatible with Incucyte, Opera, confocal imaging.

Cosmetics & pharma screening

Animal-free full-thickness skin + cornea models for OECD TG 439/492 toxicity and efficacy testing.

04 — How it works

From idea to implant in 4 steps

Transparent, documented, fast. You own the IP — we own the nanometers.

Step 01

Design consult

Share target tissue, stiffness, pore size, bioactivity. Free 30-min call + feasibility matrix.

Step 02

Prototype & SEM

3 variants in 5–7 days with SEM, FTIR, contact angle and mechanical curves.

Step 03

Cell validation

Optional seeding with your line: viability, alignment, qPCR panel in our BSL-2 lab.

Step 04

Scale & GMP

From 24-well inserts to 5000 units/month. Sterile, packaged, with full batch record.

05 — Proof

Loved by labs & founders

★★★★★

"Axonal alignment on Nano-Scaffolding conduits was night-and-day vs. competitors. Our DRG outgrowth doubled in 7 days."

— Dr. Elena Marsh, NeuroRegen Lab

★★★★★

"We replaced Matrigel with their peptide gel for liver organoids. Reproducibility went from nightmare to 94% well-to-well."

— Prof. David Okafor, HepaChip

★★★★★

"Fastest prototyping ever. CAD on Monday, vascularized bone lattices with SEM report on Friday. Incredible."

— Sara Lindqvist, OsteoFab Startup

06 — FAQ

Questions, answered

Everything about materials, sterilization, customization and shipping. Still curious? Write to us.

What pore size and fiber diameter can you achieve?

From 80 nm to 1.2 µm fibers, pores 0.4–50 µm, porosity 55–93%. We tune voltage, flow, collector rotation and post-treatment to hit your spec ±8%.

Are scaffolds sterile and biocompatible?

Yes. All products are tested per ISO 10993-5 cytotoxicity, endotoxin <0.25 EU/ml, sterilized by gamma or e-beam with sterility certificate.

Can you load drugs or growth factors?

Absolutely. Coaxial electrospinning or microsphere embedding for BMP-2, VEGF, NGF, antibiotics, siRNA with sustained release 7–42 days.

What formats do you offer?

Membranes, 24/96-well inserts, conduits, patches, microfluidic chips, powders for injectable gels, and fully custom CAD lattices.

How fast is delivery?

Stock matrices ship in 48h. Custom prototypes in 5–14 days worldwide with cold-chain if needed.

07 — News & Research

Latest from the nanoscale

Protocols, SEM galleries, application notes and product launches from our team.

2026-03-12

How aligned nanofibers double axonal growth

New protocol for nerve conduits with 400 nm PCL-gelatin alignment.

Read soon →

2026-02-28

Peptide gels vs Matrigel for organoids

Head-to-head reproducibility test across 480 wells.

Read soon →

2026-02-10

Vascularized bone in 21 days

Co-culture on mineralized lattices with perfusion.

Read soon →

● GET CUSTOM SCAFFOLD

Tell us your tissue. We'll build its home.

Free consult + quote in 24h. NDA on request. Samples from $89.

Aligned / random / core-shell fibers
Hydrogels & bioinks
Organ-on-chip & inserts

Dr. Maya Chen, CTO
Replies within one business day

Request quote

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