TNC Technology Sdn. Bhd.

At TNC Technology , we’re proud to retain nearly 80% of our customers , a testament to our solid brand reputation and the trust we’ve earned over the years. Many new clients find us through referrals , drawn by the quality and reliability of our work. One major reason customers choose us is our expertise in mechanism-based bowl feeders , which offer a more cost-effective, stable, and dependable solution compared to sensor-reliant systems. Key Advantages of Mechanism-Based Bowl Feeders Accurate and reliable orientation thanks to thoughtful structural design. Exceptional stability and long service life. Low maintenance needs and minimal upkeep costs. Highly cost-effective , offering excellent value over time. Why Bowl Feeders Can Achieve Precise Orientation—No Sensors Required 1. Part Shape, Material, and Weight Matter The success of a mechanism-based feeder starts with the physical properties of the part itself . When a customer reaches out, the first step is to evaluat...

Today’s manufacturing world demands speed, precision, and seamless efficiency. Instant results and rapid delivery are expected, leaving no room for downtime or inefficiency. That’s where vibratory bowl feeders come into play—offering zero interruptions, cost reductions, and smooth performance to keep your production line ahead of the curve. In Malaysia’s fast-paced industrial environment, manufacturers are under constant pressure to increase productivity while maintaining accuracy. To meet these expectations, more companies are turning to vibratory bowl feeders to streamline their automation processes. These feeding systems are valued for their speed, consistency, and reliability—making them essential tools in industries such as electronics, automotive, and medical device manufacturing. So, why are Malaysian factories embracing vibratory feeders at such a rapid pace? This article breaks down the top advantages of these systems, the industries driving demand, and how partnering with t...

In manufacturing automation, there’s rarely a one-size-fits-all solution. When it comes to selecting a bowl feeder system, companies often face a critical decision: should they go for a tailor-made system built around their specific needs, or opt for a ready-to-use standard model? At TNC Technology , we recognize that every production setup has its own requirements, timelines, and budget constraints. That’s why we collaborate closely with our clients to help them make a choice that not only meets their current objectives but also aligns with their long-term strategy. In this article, we’ll dive into the pros and cons of standard versus customized bowl feeders—and how TNC supports you in making the best choice for your operations. What Are Standard Bowl Feeders—and When Do They Make Sense? Standard bowl feeders are pre-designed solutions intended for widely used part sizes and shapes. These systems follow proven engineering principles and are typically available for rapid deployme...

The first time I saw a bowl feeder in action was during a college field trip to a manufacturing plant. I was instantly captivated. Watching it carefully and quickly feed tiny components into a machine felt like witnessing a brilliant piece of automation at work — precise, fast, and mesmerizing. Fast forward to today, I’m now a manufacturing engineer at TNC Technology , specializing in studying and building bowl feeders. Automation has always fascinated me, and once I understood what bowl feeders could do, I knew this was something worth diving into. Whether you’re new to automation or just looking for ways to make your processes more efficient, let me walk you through how a bowl feeder works — and why it might be exactly what you need. What Exactly Is a Bowl Feeder? Picture a high-tech buffet — but instead of food, it's serving up tiny parts to your machines. A bowl feeder, often called a part feeding system, is an automated tool designed to hold, sort, and deliver small compone...

High-Speed Rotary Feeder (Centrifugal Feeder) Also known as centrifugal feeders, high-speed rotary feeders are designed to manage a wide range of part types at rapid speeds. They operate using centrifugal force and a rotating disc with pockets that guide parts through the system for collection and delivery. These feeders are ideal for operations requiring fast and accurate part orientation. Advantages: High Speed and Efficiency: These feeders can process large volumes of parts quickly, making them ideal for high-demand production lines. Versatile: Suitable for handling parts of various shapes and sizes, making them adaptable across different industries. Precise Orientation: Ensures parts are accurately aligned, promoting smooth transitions to the next production stage. Disadvantages: Complex Design: Their advanced mechanisms can be more intricate compared to other feeders. Higher Initial Cost: The upfront cost is typically higher, though the investment often re...