Company invests in injection moulding cell to ensure ‘high performance and cost-effective security seal products’

UK-based injection-moulding company, Talisman Plastics, has invested in an advanced injection moulding cell to allow an increase in overall production capacity and flexibility.

The investment will also aim to support the company’s product development programme for biodegradable and recycled plastic security seals.

The machine Talisman Plastics has invested in is a new generation Haitian Mars injection moulding machine that provides major improvements in production flexibility. The machine, which also claims to be energy efficient and provide repeatability, uses servo hydraulic technology to deliver shorter cycle times and precise tolerances on security seal products.  

Additionally, a new three-axis Sepro robot and Keyence laser printer have also been installed alongside the Haitian 160 ton injection moulding machine in order to create a work cell capable of 24-hour production of high quality, precision security seals in a variety of materials and with custom finishes.

Shaun Champion, managing director at Talisman Plastics, commented: “We have seen prolonged increase in demand for Talisman specialist security seals in sectors such as healthcare, retail, and logistics. This investment ensures we have the capacity needed to continue supporting the recent increase in NHS requirements, particularly for products such as our clinical waste seals.

“Flexibility in manufacturing and above-average savings in costs are in demand today more than ever. This investment delivers on these key criteria and provides us with the advanced injection moulding capability necessary to deliver new, high performance and cost-effective security seal products made from recycled or biodegradable plastics.”

Fi Nanhong, chief engineer of Haitian International, added: “The sophisticated design of the injection unit in combination with a powerful servo drive system benefits from independent algorithm modules. Thanks to their fast, accurate calculations and highly efficient mathematical models, the stability of the injection process is now much higher, whether for extremely fast or slow injection. The improvement is significant.”