Proof od Concept

VariKIOSK M215

Accessibility-Focused Kiosk Design

Features

Accessibility-focused kiosk design for independent use
Highly adjustable rotating screen arm for varied user positions
Supports landscape and portrait display orientation
Multiple touchscreen size options with project-based customization
Broad peripheral support for self-service and assisted use cases
Height-adjustable modular aluminum structure with expansion points
Three-segment modular architecture for efficient logistics

Built-in Text-to-Speech (TTS) assistive support
NFC and QR code payment capability with minimal hardware
Programmable assistance button for on-demand support
Real-time visual assistance with HD remote guidance
Customizable RGB accent lighting for visual indicators
Drop-in paper loading for fast, tool-free maintenance
Supports intuitive self-service health measurement modules

Introduction to the
Poindus Accessible Self Service Kiosk

The VariKIOSK M215 is designed to support independent, intuitive interaction for people with diverse abilities and usage preferences. Built on a Design for All philosophy, it combines adaptability, stability, and modular engineering to deliver inclusive digital access in public spaces.

Inclusive Access by Design

Designed for independent and respectful interaction

Engineered with a Design for All approach, the kiosk supports comfortable use across a wide range of user heights, postures, and mobility preferences—enabling independent access without additional assistance.

Flexible Interaction for Diverse Needs

Adaptive positioning for comfortable viewing and reach

A rotating and adjustable screen arm allows smooth angle changes and orientation switching between landscape and portrait modes, ensuring content remains accessible across different interaction styles.

Stable, Versatile, and Assistive-Ready

Built for reliable public deployment

The kiosk provides a stable structure with support for peripherals such as scanners, payment modules, and cameras. Optional Text-to-Speech (TTS) functionality further supports accessible interaction when audio guidance is preferred.

Modular Design with Sustainable Impact

Efficient engineering with reduced footprint

Its modular, three-part design simplifies installation, improves packing efficiency, and helps reduce shipping volume—supporting both operational flexibility and more sustainable deployment.