Slides Without Borders: The Digital Microscope Scanner and the Future of Digital Pathology in Indonesia

A biopsy is cut, stained and pressed between two thin sheets of glass. From that moment, the answer to someone's health question lives on an object that is fragile, one of a kind, and stuck in one place.

To read it, you need a trained pathologist, a microscope, and the slide in the same room. If a second opinion is needed, the slide goes into an envelope and onto a long journey. If the lab is far from a specialist, the wait gets longer.

In Indonesia, that distance is real. In 2023 the Ministry of Health reported about 0.01 anatomical pathologists per 1,000 people, roughly one for every 100,000 Indonesians, with the thinnest supply in Papua, Southeast Sulawesi and West Sulawesi.

So what if the slide did not have to travel at all? What if only the image did?

The story in three numbers

Anatomical pathologists per 1,000 people (Indonesia, 2023)	0.01
Steps from glass slide to shareable digital image	4
Year the patent was granted in Indonesia	2024

Digital pathology, in plain words

Digital pathology means working with slides on a screen instead of under a microscope. The key tool is a slide scanner, which captures an entire glass slide at high resolution and turns it into a "virtual slide". Viewers can then pan and zoom through it much like a digital map, as the Digital Pathology Association describes it.

The benefits are practical. Specialists can consult from anywhere. Slides can be archived without shelves of fragile glass. Trainees can learn from digital libraries, and software can help measure what the eye finds slow or subjective. Researchers at Yale School of Medicine also point to a bigger promise: bringing high-quality pathology to underserved parts of the world.

It was not always within reach. A recent review notes that the earliest digital microscope systems cost around US$300,000 and needed more than 24 hours to scan a single slide. Scanners have since become faster, sharper and cheaper, which is why the technology is now spreading.

Meet the Digital Microscope Scanner

SciencePreneur's Digital Microscope Scanner is a patented biomedical device that turns prepared microscopic slides into high-resolution digital images, so that researchers and clinicians can view, analyse and share microscopy data without handling physical samples.

It begins with a simple observation: microscope slides are fragile, hard to share and tied to a single place. Collaboration means shipping samples. Archiving means storing thousands of glass slides. A second opinion means another expert standing in the same room. The scanner removes that barrier.

✓ What it does

Full slide digitisation

Captures prepared slides as complete, high-resolution digital images.

Share without samples

View and exchange microscopy data remotely, with no shipping of fragile glass.

Digital archiving

Store and retrieve slide images digitally instead of keeping physical slide libraries.

Built for digital pathology

Designed to support remote consultation and second opinions.

Photos of the device and its specifications are on the Microscope Scanner page.

From glass to screen in four steps

The workflow is deliberately simple.

1 · Load the slide

Place a prepared microscopic slide into the scanner.

2 · Scan and capture

The device scans the slide and captures it at high resolution.

3 · Digitise

The slide becomes a complete digital image, ready for the screen.

4 · Analyse and share

View, analyse, archive, or send the image to colleagues anywhere.

From application to field: five milestones

Every device has a story. This one can be followed through five milestones.

1 · December 2021: the patent application

Indonesia's Directorate General of Intellectual Property (DJKI) received the simple patent application for the device on 16 December 2021. The application describes it as version 2.0 of an earlier device.

2 · December 2022: a design sketch

SciencePreneur's gallery includes a design sketch of the scanner, dated December 2022, alongside photos of the team assembling the device.

3 · August 2024: a patent is granted

The simple patent was granted on 16 August 2024 under number IDS000008696, the number SciencePreneur lists for the Microscope Scanner. Tempo reported that on 21 August 2024 the DJKI handed patent certificates to four Swiss German University researchers. One of them, Kholis Abdurachim Audah, Ph.D., received his for a simpler, more economical digital microscope that produces digital images automatically. The process took about two years.

4 · ICE BSD 2024: on the exhibition floor

The scanner was showcased at the Indonesia Convention Exhibition (ICE) in BSD, in 2024.

5 · Wava Husada: into a hospital setting

Microscanner v2 was presented in a digital pathology panel at Wava Husada Hospital in Kepanjen, Malang, a private hospital whose medical team includes anatomical pathology specialists.

Why it matters for Indonesia

Access. Specialists are scarce and unevenly spread across the archipelago. When images can travel instead of slides or people, expertise can reach places that specialists cannot.

Affordability in mind. The patent, as reported by Tempo, is described as covering a simpler and more economical digital microscope, intended to improve access to digital microscopy in education and research institutions, especially where resources are limited.

Education and research. Digital slides can be archived, shared with students and analysed with software. Over time they build the image libraries on which research and computer-assisted tools depend.

Let the slide stay home

Whether you want to license the technology, pilot it in your lab or hospital, or collaborate on development, SciencePreneur is the bridge between science and impact. Get in touch with us.