KLASSMATE provides innovative, customized solutions that drive progress and efficiency across industries. From IoT to 3D printing, we empower your business with technologies designed to meet your unique needs.
HealthTech
Our Health Care Solution includes advanced 3D printing for prosthetic and insole production, a nurse calling system for efficient communication, and a patient tracking system for enhanced safety and care management.

BMSTech
A Smart Building integrates advanced technologies like IoT, sensors, and AI to optimize the management and operation of facilities. By automating systems such as lighting, heating, and security, smart buildings enhance energy efficiency, improve occupant comfort, and reduce operational costs. These buildings also adapt to the needs of users, providing a responsive and sustainable environment that can contribute to overall well-being and productivity.

EduTech
Revolutionizing education with personalized, data-driven learning experiences.

FinTech
Discover KLASSMATE's Smart Home Solution for effortless living. Control your home with ease using your smartphone or voice commands. Enjoy comfort, energy efficiency, and security enhancements tailored to your lifestyle. Experience the future of home automation with KLASSMATE.

AgriTech
Harnessing technology to revolutionize agriculture and ensure sustainable farming practices.

GeoTech
Innovative solutions for real-time monitoring and management of assets, vehicles, and personnel.
PostTech
Postal Solution offers advanced systems for central monitoring, postal tracking via barcode, and franking, designed to streamline operations, improve delivery accuracy, and enhance the overall efficiency of postal services.

RetailTech
Innovative solutions designed to enhance the shopping experience, optimize operations, and drive customer engagement in retail environments.

SmartTech
Empowering businesses with intelligent technology solutions that simplify operations, improve efficiency, and enable smarter decision-making. Our SmartTech solutions integrate modern devices, automation, connectivity, and digital technologies to create reliable and scalable solutions for diverse business needs.

Our 3D printing solution for prosthetic production allows for the creation of customized, lightweight, and durable prosthetics. Using advanced 3D scanning and printing technologies, we ensure each prosthetic is precisely tailored to the patient’s anatomy, providing a perfect fit and enhanced comfort. This method reduces production time and costs, while offering greater flexibility in design, making prosthetics more accessible to those in need.


The process begins with 3D designing using Computer-Aided Design (CAD) software. This allows for the creation of precise, anatomically accurate prosthetic models tailored to the patient's specific requirements. CAD software provides flexibility in design, enabling modifications and adjustments to ensure the prosthetic fits perfectly.
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3D scanning technology plays a vital role in capturing detailed measurements of the patient's body part where the prosthetic will be fitted. High-resolution scanners create accurate digital models of the limb, ensuring that the prosthetic is a perfect match. This non-invasive method of measurement improves accuracy and reduces the need for manual adjustments, speeding up the process while enhancing comfort and usability for the patient.
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Once the digital design is complete, the prosthetic is manufactured using 3D printing technology. This process involves building the prosthetic layer by layer using high-quality, biocompatible materials. 3D printing allows for rapid prototyping and production, reducing lead times and costs. It also enables the production of complex geometries that are difficult to achieve with traditional manufacturing methods, ensuring strength and lightweight properties for the prosthetic.
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Before 3D printing can begin, slicing software is used to prepare the CAD model for printing. This software converts the 3D design into layers and generates instructions for the printer, ensuring that the prosthetic is built accurately. It also optimizes the print settings, such as material use, print speed, and layer thickness, ensuring efficient and precise printing.
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