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NEWGUARD – PAVING THE WAY FOR A NEW SAFETY STANDARD

Citation: Lesaulnier P, Dessertenne E, “NewGuard – Paving the Way for a New Safety Standard”. ONdrugDelivery Magazine, Issue 79 (Oct 2017), pp 10-12.

Needlestick injuries remain a serious concern for pharmaceutical companies involved in injectable drugs. Biocorp has been developing NewGuard, an integrated passive safety device to tackle this problem. Throughout the development phase, Biocorp defined key elements to ensure NewGuard will not require unnecessary changes to be made to the PFS manufacturing process. Philippe Lesaulnier and Eric Dessertenne explain more.

Figure 1: NewGuard integrated passive safety system.

Enhancing safety for syringe use has been an increasing concern for pharmaceutical companies. Still all too often, the handling of prefilled syringes (PFS) leads to needlestick injuries. For this reason, Biocorp has been developing NewGuard: an integrated passive safety device that gives protection before, during and after the injection process (Figure 1).

SUMMARY OF PRODUCT CHARACTERISTICS

Figure 2: NewGuard assembled with standard PFS.

NewGuard is a passive safety system that is integrated with PFS and designed to be compatible with any existing standard PFS (Figure 2). NewGuard combines two functions in a single product: a rigid needle shield (RNS) and a safety device (Figure 3). The ultra-compact version fits 0.5 mL and 1 mL PFS and specific versions will be available for 1 mL short and 2.25 mL syringes.

Figure 3: NewGuard combines a rigid needle shield and safety device.

BENEFITS FOR END-USERS

Recent user studies conducted in the US and Europe with groups of patients and healthcare professionals have shown that the compact size of NewGuard and its safety features are highly appreciated (Figure 4). The all-in-one concept has also been much praised by end-users. This high level of acceptance confirmed the concept and design inputs of NewGuard on its main safety features, easy handling and downsizing approach.

MEETING PFS MANUFACTURERS’ REQUIREMENTS

Whilst developing a user-friendly device for end-users is essential, it is also important to ensure the whole manufacturing process is as efficient as possible. During the life cycle of a PFS, several stakeholders are responsible for assembling different pieces and filling the syringe. Apparent minor changes on PFS easily increase the total cost of ownership (TCO). Therefore, a holistic approach is required to understand the constraints of the rubber, glass and machine suppliers.

Figure 4: NewGuard has a compact size.

Taking into account these requirements, NewGuard™ is the result of Biocorp’s commitment to develop innovative solutions with simple implementation processes. Biocorp’s R&D team has demonstrated its capability to innovate by integrating all industrial requirements, from machine makers and glass and rubber manufacturers, into the design of NewGuard.

Figure 5: Unlocking NewGuard before use.

As a consequence, every step of the PFS production process remains unchanged – aside from the addition of NewGuard. Indeed, integrating NewGuard with a PFS is similar to the process of adding a standard flexible/rigid needle shield to a syringe. For sterile format products with nest packaging, the assembly process takes place on the syringe manufacturer’s own production line. NewGuard is directly integrated with the syringes – replacing the RNS mounting. Thus, the number and the sequence of operations remain identical and use standard validated components. In addition, NewGuard prevents unintentional activation by requiring unlocking before use (Figure 5), avoids coring and pop-off issues, and protects the needle after use (Figure 6), which improves handling, transportation and storage – thus ensuring a costeffective solution and a smooth, simple implementation for pharmaceutical companies and CMOs.

Figure 6: The needle is protected after injection.

COMPETITIVE ADVANTAGE FOR PHARMACEUTICAL COMPANIES

Figure 7: NewGuard allows biologics packaged in PFS to be differentiated against fierce competition.

Innovative drug delivery systems continue to play a critical role in pharmaceutical companies’ strategies for biotherapies. Indeed, they can be a game changer that provides a competitive advantage (Figure 7). NewGuard’s passive safety systems bring a solution to pharmaceutical companies by increasing both patient and healthcare professional safety on existing marketed products, providing product differentiation from biosimilars and addressing price-sensitive markets.

Regardless of the strategy, NewGuard answers user requirements and could be considered one of the most cost-effective solutions on the market. The product has a low TCO thanks its simple design and standard components – as well as its ready-to-fill process compatibility, reducing indirect assembly costs that could occur on pharma company’s sites (Figure 8).

Figure 8: NewGuard is compatible with ready-to-fill process.

CONCLUSION

Compact, safe and simple, NewGuard is entering a new phase which will define a new market standard for PFS passive safety solutions.

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