Systems and methods for selecting, ordering, or furnishing apparel for individual members of a group such that the group members dressed to project a commonly-governed image. One or more image criteria are established that associate a set of apparel specifications with corresponding body properties according to the commonly-governed image to be maintained for the group. Virtual sizing sessions are conducted with participating members of the group via an interactive virtual sizing application interfaced with a computer network. User-specific information from a set of users (e.g., group members) is automatically gathered over the computer network, and a set of virtual sizing results is generated by at least processing user-specific information gathered from the set of users. The processing is based on the image criteria.
Biological inspection procedures and surface sanitization procedures are incorporated with a garment providing service to look for and monitor the presence of microbes, such as bacteria in particular, and to eliminate such microbes within the garment service. Biological inspection procedures can be conducted on the garments themselves, or any surface of the garment facility, such as a surface onto which the garments may come into contact after laundering. Preferably, a washing procedure is conducted based upon a cleaning formulation to also minimize the presence of microbes. Garments are preferably inspected after they are laundered and ready for delivery to the customer. Facility surfaces, such as sorting and/or folding tables that may be utilized after laundering, are sanitized and then may be tested in accordance with the present invention to minimize the potential for contamination of garments from such surfaces. Optionally, the equipment that is used after laundering for such activities can be dedicated for processing garments in accordance with the biological inspection service as such garments are to be delivered to a customer, such as a processor within the food industry.
Biological inspection procedures and surface sanitization procedures are incorporated with a garment providing service to look for and monitor the presence of microbes, such as bacteria in particular, and to eliminate such microbes within the garment service. Biological inspection procedures can be conducted on the garments themselves, or any surface of the garment facility, such as a surface onto which the garments may come into contact after laundering. Preferably, a washing procedure is conducted based upon a cleaning formulation to also minimize the presence of microbes. Garments are preferably inspected after they are laundered and ready for delivery to the customer. Facility surfaces, such as sorting and/or folding tables that may be utilized after laundering, are sanitized and then may be tested in accordance with the present invention to minimize the potential for contamination of garments from such surfaces. Optionally, the equipment that is used after laundering for such activities can be dedicated for processing garments in accordance with the biological inspection service as such garments are to be delivered to a customer, such as a processor within the food industry.