Oplanto — A 3D Manufacturing Marketplace for Biomedical Organizations

Manufacturing

months time-to-market

dedicated developers

Co-Founder from KeenEthics

Create Your Own 3D Tools

Oplanto, or Optimus Planto, is a platform that simplifies 3D printing management by offering a marketplace for 3D printing designs and tools for creating new instruments in the biomedical sphere.

Technologies:	JavaScript Node.js MongoDB React Vue.js Show 1 more
Team:	1 Project Manager, 1 BA Specialist, 1 UI/UX Designer, 2 Developers, 1 QA Specialist
Timeline:	1 year of active development
Location:	Netherlands
Clutch:	5/5

Challenge and Solution

Challenge:

The customer asked us to create the backend and frontend of a 3D printing marketplace aimed at the biomedical sector.

Solution:

Our team chose an appropriate tech stack based on JavaScript, outlined the core visuals and functions of the Oplanto website, and developed a robust system for hosting and visualizing 3D printing instructions.

Result:

A complete 3D printing marketplace centered around the needs of the biomedical sector.

months time-to-market

dedicated developers

Co-Founder from KeenEthics

Solution 1: Robust JavaScript Basis

We focused on creating a clear backbone for the project that would enable the customer to maintain and scale it in the long term without any need for refactoring. Keenethics developers chose JavaScript-based technologies for this goal, focusing on Node.js, React, and Vue.js, because they’re capable of processing many user requests, which are inevitable in marketplace projects.

Solution 2: Lightweight Site with Advanced 3D Features

We optimized the internal multidimensional visualization tools and site frontend and backend to enable the customers to use 3D printing tools from the comfort of their web browsers. To achieve this, our team used accumulated UI/UX knowledge and applied lightweight browser technologies like React, creating a fast and comfortable solution despite the inherent high resource demands of 3D technologies. Another core feature introduced by the Keenethics team was a high-quality anti-piracy system with strong encryption measures. It helps users protect their intellectual property from data leaks.

Let's Discuss Your Project Idea

What Does Cooperation With Us Look Like?

Step 1. Consultation

Learning about the client’s vision of creating a 3D printing hub for the biomedical sector, validating the feasibility of their vision, and outlining the main challenges we have to address.

Step 2. Task organization

Analyzing the long-term issues of the existing 3D printing projects on the market, conceptualizing the key features to implement together with the customer (for example, anti-piracy systems), and presenting a set of milestones to complete with clear deadlines.

Step 3. 3D Tool Development

Integrating 3D printing tools, optimizing hardware resource usage, providing a robust security platform, and performing regular meetings to maintain a common vision.

Step 4. Feedback and testing

Gathering feedback from the customer and test groups, implementing new features upon their requests, performing active testing, and optimizing the project to ensure it works on a maximal number of devices.

Step 5. MVP launch

Launching the MVP of the product, providing dedicated support to ensure its smooth operation, and continuing the development of new features based on customer and user requests.

Сustomer Feedback

The greatest thing about Keenethics is that this company is all about ideas. They do not strive for money only. These people aim to make a difference in the software world. They promote ethical values and show others how to meet Tech4Good demands. They were so excited by how new technologies can be used for the common good that they even asked me for an interview that was published on their blog. It has been a pleasure to work with them.