Husky Technologies, a pioneering technology provider enabling the delivery of essential needs to the global community, announced the installation of the first integrated injection molding system for blood collection tube (BCT) production in India. This new installation is at the facilities of CML Biotech Limited, one of the largest BCT manufacturers in the country.

Based on the manufacturing challenges identified by CML Biotech, Husky recommended the ICHOR injection molding system. With its PET technology expertise, having delivered over 3,000 high cavitation, fully integrated PET systems to the global market, and Schöttli High Precision Medical Molds, the ICHOR system will enable CML Biotech to improve part quality, weight variations, cycle times, and overall efficiency of the BCT production process.

Husky installs integrated injection molding system for blood collection tube production in India.

The ICHOR system is innovative in the medical injection molding industry in India. It will be monitored in real-time through Advantage+Elite, Husky's proactive, predictive, and transparent monitoring solution. This will ensure that the performance of the system is fully optimized, and any potential issues are detected before they impact production.

"We sought a trusted supplier, who understood our business and our challenges. We found this in working together with Husky,” commented Mr. Paul Jacob, Managing Director of CML Group. "It’s not just about producing a BCT for the local market, it is about producing the highest quality BCT in India for the global market.”

“Our goal was to enable them to grow their business by offering an integrated medical injection molding system that provides end-to-end visibility on the manufacturing process combined with proactive, predictive and transparent monitoring that assures consistent performance and optimal production," emphasized Thomas Bontempi, Head of Medical Business Development at Husky. "ICHOR offers new levels of performance and efficiencies in part quality and cost, weight variations and cycle time."

Husky Technologies, a pioneering technology provider enabling the delivery of essential needs to the global community, announced the installation of the first integrated injection molding system for blood collection tube (BCT) production in India. This new installation is at the facilities of CML Biotech Limited, one of the largest BCT manufacturers in the country.

Based on the manufacturing challenges identified by CML Biotech, Husky recommended the ICHOR injection molding system. With its PET technology expertise, having delivered over 3,000 high cavitation, fully integrated PET systems to the global market, and Schöttli High Precision Medical Molds, the ICHOR system will enable CML Biotech to improve part quality, weight variations, cycle times, and overall efficiency of the BCT production process.

Husky installs integrated injection molding system for blood collection tube production in India.

The ICHOR system is innovative in the medical injection molding industry in India. It will be monitored in real-time through Advantage+Elite, Husky's proactive, predictive, and transparent monitoring solution. This will ensure that the performance of the system is fully optimized, and any potential issues are detected before they impact production.

"We sought a trusted supplier, who understood our business and our challenges. We found this in working together with Husky,” commented Mr. Paul Jacob, Managing Director of CML Group. "It’s not just about producing a BCT for the local market, it is about producing the highest quality BCT in India for the global market.”

“Our goal was to enable them to grow their business by offering an integrated medical injection molding system that provides end-to-end visibility on the manufacturing process combined with proactive, predictive and transparent monitoring that assures consistent performance and optimal production," emphasized Thomas Bontempi, Head of Medical Business Development at Husky. "ICHOR offers new levels of performance and efficiencies in part quality and cost, weight variations and cycle time."