Equinox® Syringes: A Top Choice For The Pharmaceutical Industry
Offering innovative design and superior performance. Their ability to evacuate up to 98% of the drug significantly reduces waste, making them a cost-effective solution for delivering high-value therapies.
Unlike traditional glass syringes, which are prone to delamination and breakage, Equinox® Syringes are made from advanced polymer materials such as COC and COP. These materials enhance accuracy, durability, and chemical resistance while being 50% lighter than glass. This weight reduction leads to lower shipping costs, extended shelf life, reduced contamination risks, and minimized drug absorption—key advantages for pharmaceutical applications.
Equinox® Syringes meet stringent quality standards, complying with specific guidelines. The product line includes Comfort Grip and ISO syringes, along with low-profile caps that combine soft and rigid plastics for superior sealing. These features ensure reliable performance across a range of medical and pharmaceutical applications.
Plas-Tech Engineering, the company behind Equinox® Syringes, brings extensive expertise in designing and manufacturing syringe and cartridge bodies, plungers, and tips. They offer custom material and coating solutions tailored to pharmaceutical needs. Additionally, Equinox® Syringes are compatible with multiple sterilization methods, including gamma, steam autoclave, EtO/EO, E-Beam, and X-ray. Custom packaging and labeling options further streamline their readiness for pharmaceutical use.
For early-stage development, Equinox® Syringes are available in low quantities for material testing, extractable and leachable (E&L) studies, and clinical trials. Plas-Tech Engineering supports the entire product lifecycle—from small-batch production to large-scale commercial manufacturing—ensuring a reliable, efficient, and cost-effective solution for drug delivery.
With their advanced design, superior material properties, and comprehensive manufacturing support, Equinox® Syringes stand out as an ideal choice for pharmaceutical applications.