Container parts - Import export

Manufactured from a robust polycarbonate frame, FRESNA™ safety glasses do not contain any metal parts and so help protect eyes from electric arcs that may form while working on electrical equipment or heavy machinery. The slimline temple design boosts comfort when worn with ear defenders.

Manufactured from a robust polycarbonate frame, FRESNA™ safety glasses do not contain any metal parts and so help protect eyes from electric arcs that may form while working on electrical equipment or heavy machinery. The slimline temple design boosts comfort when worn with ear defenders.

Manufactured from a robust polycarbonate frame, FRESNA™ safety glasses do not contain any metal parts and so help protect eyes from electric arcs that may form while working on electrical equipment or heavy machinery. The slimline temple design boosts comfort when worn with ear defenders.

Manufactured from a robust polycarbonate frame, FRESNA™ safety glasses do not contain any metal parts and so help protect eyes from electric arcs that may form while working on electrical equipment or heavy machinery. The slimline temple design boosts comfort when worn with ear defenders.

Manufactured from a robust polycarbonate frame, FRESNA™ safety glasses do not contain any metal parts and so help protect eyes from electric arcs that may form while working on electrical equipment or heavy machinery. The slimline temple design boosts comfort when worn with ear defenders.

JME portable Betatron systems are a range of compact circular electron accelerators producing a high energy directional X-Ray beam. The Betatron systems are easy to assemble, operate and maintain. They contain no moving parts or cooling liquids so maintenance required on the systems is minimal. They are capable of producing radiographs of very high contrast, sensitivity and resolution allowing operators to meet the tightest inspection standard. JME offer 4 systems within the Betatron range each with a different maximum energy, the outputs are 2.5, 6, 7, 7.5 and 9MeV. The energy output on all systems is variable from 2Mev through to the maximum energy and adjustments can be made in 0.1MeV increments. The systems offer cost savings and a greater degree of portability when compared with systems such as linear accelerators (Linacs) which are much larger, non-portable, and can cost up to 10 times the price of a JME Betatron.