Precision Translocation (Surgical) Extraction

Precision Translocation (Surgical) Extraction – A Surgical method developed in response to the increasing fatalities caused by projectile and shrapnel-based injuries which many healers and medics are incapable of removing and/or repairing entirely. Although this method can be performed by qualified personnel, it is recommended and often necessary to utilize specially designed equipment such as the Extraction Table (EXTAB) or Portable Extraction Tool (PEXT).

The EXTAB is a fixed piece of equipment requiring high energy consumption and a number of high-speed script drives to facilitate rapid location, targeting, and extraction of foreign materials within the subject. The PEXT is a portable field-tool used for on-scene rapid treatment of critical subjects; while readily available, the PEXT's limited power supply, processing speed, and sensor capabilities provide a reduced accuracy and efficiency in comparison to the EXTAB. Both units utilize identical script processing.

Precision extraction is broken down into three steps; detection, targeting, and extraction. Detection can be performed organically or via arcane and/or mechanical sensors capable of locating various forms of foreign material in miniscule quantities. Scripts, sensors and equipment of this nature must be highly calibrated and un-bias towards subject physiology.

Once detected all foreign materials within a subject must then be targeted organically or by additional arcane and/or mechanical sensors (in most cases these sensors will be integrated with detection sensors.) Targeting is the most crucial aspect of precision extraction due to the inherent danger of damage due to inaccurate extraction. An operator should always strive for 100% extraction accuracy in all cases; even minute extraction inaccuracy may cause irreversible damage to internal tissues, organs, and blood vessels especially when materials are located within vital areas.

Due to the danger of this occurrence targeting should occur with only the most accurate and fine-tuned methods, scripts, and sensors utilizing unity fields which should be measured and adjusted as required to match detected materials (note that subjects should be immobilized prior to targeting to prevent unnecessary field adjustments.

Once unity fields have been established and all equipment and sensors test positive extraction will occur via organic casting or script-processing. Any script utilized for precision extraction should be checked for accuracy prior to implementation. In the case of script-processing this check is performed automatically through a casting simulation. Once accuracy checks have been performed in addition to a second set of sensor checks extraction should commence. Precision extraction utilizes multi-target translocation targeting only pre-established unity fields.

These extractions may occur simultaneously, or in series dependant on processing speed and the nature of the extraction. Due to the time required to perform first and second sensor checks in addition to targeting adjustment and accuracy checks, script-processors, sensors, and individuals should be capable of sustaining a high processing speed. Sensory and processing information for extraction equipment should be monitored by qualified operators to assure system accuracy and the absence of errors.