We are not just machine assemblers; we are original developers. For over two decades, EIXPACK has been pioneering proprietary algorithms and advanced mechanical designs to push the boundaries of nutraceutical packaging.
We do not innovate for the sake of it. Every proprietary algorithm and mechanical design we develop is engineered to solve specific production bottlenecks in the nutraceutical industry.
We engineered proprietary logic controllers for our servo-driven augers. This eliminates mechanical lag, consistently achieving ±0.1g precision even at peak speeds, preventing high-value product giveaway.
Utilizing advanced multi-axis servo synchronization, our multilane systems eliminate vibration and ensure perfect seal integrity at output rates of up to 400 bags per minute.
Driven by AI vision systems, our end-of-line sorting technology smoothly handles fragile nutraceuticals and rapidly aligns them for seamless cartoning and case packing without human intervention.
Every nutraceutical product behaves differently. Our R&D engineers analyze your bulk density, powder flowability, and liquid viscosity. We then customize the machine’s internal architecture—from hopper angles to sealing jaw textures—and validate the design through rigorous stress testing before it ever reaches the FAT stage.
We start by scientifically analyzing your specific formulation. By testing bulk density, powder flowability, and liquid viscosity, we eliminate risks of bridging, dust, or leakage before design even begins.
Our R&D engineers utilize AutoCAD to design a bespoke internal architecture. We customize hopper angles, servo timing, and sealing jaw textures precisely matched to your packaging film and material characteristics.
The blueprint moves to our in-house CNC machining centers. All core contact parts are precision-machined from 316L pharmaceutical-grade stainless steel to ensure absolute durability and zero mechanical tolerance issues.
The system is pushed to its limits. We run the machine with your actual product at target peak speeds. The equipment only leaves our facility when it scientifically proves the promised ±0.1g accuracy and perfect seal integrity.
Outsourcing component manufacturing often introduces variable mechanical tolerances. By keeping our CNC machining 100% in-house, we strictly control the micro-tolerances of every critical 316L stainless steel contact part. This eliminates assembly friction, reduces high-speed vibration, and ensures your machine operates reliably for decades.
Standard systems often suffer from micro-delays between sensors and actuators at high speeds. Our proprietary logic controllers are specifically coded for multi-lane synchronization. This eliminates mechanical lag, allowing the machine to maintain perfect seal integrity and exact ±0.1g dosing accuracy even at peak speeds of 480 BPM.
Yes. Over 22 years, our R&D database has categorized thousands of complex material behaviors. Whether you are packing highly aerated collagen powders or viscous energy gels, our material analytics team customizes the auger pitch, hopper agitation, and nozzle design to guarantee precise dosing with zero dust or leakage.
The material analytics and 3D architectural customization phase typically takes 1 weeks, depending on the complexity of your formulation and line integration requirements. We never rush this phase—precise digital blueprints are the absolute foundation of a flawless Factory Acceptance Test (FAT).
Skip the back-and-forth. Send us your material specs and speed requirements for a custom machine layout.
We are committed to providing personalized industrial solutions.
Copyright © 2026 All Rights Reserved.
