Uniaxial Monorail Triaxial Monorail Twin Wire Flying Arm Twin Wire 1000Kg Twin Wire Triaxial Twin Wire Mini Twin Wire Penetrator Playground Tester Safety Shoe Machine Chin Bar Machine Penetration Machine

Projection/Surface Friction (A) Projection/Surface Friction (B)

Projectile Shooter Ballistic Cannon High Velocity Ballistic Cannon Low Velocity

Control Center System Cadex Software Accelerometer Uniaxial Accelerometer Triaxial Load Cell Load Cell Australian Body Padding Load Cell Kit Penetration Control Box Control Box Velocimeter (Time Gate) Velocimeter (High Velocity)

Laser Table Pen & Headform Holders System Check Equipment Anvils Penetration Headform Holder Clamp Ball Arm Linear Imp./Penetr. Penetrator Device for Monorail NOCSAE Impact Accessories CSA Anvils Flying Arm Remote Control Monorail Base Monorail Drop Carriage Monorail Ball Arm Holder Monorail Track

EN960 Half, Magnesium K1A EN960 Full, Magnesium K1A D.O.T J.I.S Solid Wood Iso EN960 Full, Urethane Mountaineer's Headform Cell Kit ISO Headform Penetration CSA Penetration EN960 / ISO Penetration DOT ISEA Size 7 Alderson Penetration Hard Wood BSI Penetration Hard Wood EN1077 EN168 Headform High Temperature Headform Breathing Test Headform Photometry Test Headform N.I.J Ballistic

ASTM BSI DOT automatic Snell ECE-22 Compression/Tension Machine

American Roll Off European Roll Off Australian Roll Off NOCSAE Retention Leg

UV Chamber Unit Rain Conditioning Machine Cold Conditioning Machine Hot Conditioning Machine Radient Chamber

Field of Vision Goniometer Sand Abrader Machine Fogging Ocular Spectrophotometer Refractive Powers Bench Light Diffusion Bench

CADEX Software

The Cadex Software allows you to send information and receive results about tests performed on most of our machines.

Using Windows XP, Cadex Software assists the tester by managing results on most of our machines. Uni-Axial Impact test machines Tri-Axial Impact test machines Chin Strap machines Chin Bar machines Penetrator machines Velocimeter products Load Cell products Machine's motorisation can be controlled via virtual keypad.

Over 13 years of improvement. Friendly user interface. Customizable applications. The integrated design tools help users to customize their applications according to their testing needs. Easy to read reports (Shown: a hard report copy of a calibration report); Virtual remote control. Lab view Data Platform. Data extraction using Microsoft Excel.

The following table describes a list of parameter captured by the software and provided in your report: (Printer Friendly version, press here.) No. Column Title Description 1 Impact # Number of drop Test 2 Peak Acc. (G) Peak G Force on Headform (provided in G) 3 Peak Acc. (m/sec?) Peak G Force on Headform (provided in m/sec?) 4 Velocity IN (m/sec) Velocity of helmet just before impact in meters per second 5 Time Gate (msec) Time for the Flag to pass through the Time Gate in milliseconds 6 Energy (Joules) Impact energy in Joules 7 Delta T 150G (msec) Time in milliseconds between 2 points of the rise and fall at 150G on the graph curve. 8 Delta T 200G (msec) Time in milliseconds between 2 points of the rise and fall at 200G on the graph curve. 9 SI Area under the graph curve 10 Friction (%) Drop friction based on recorded versus theorical speed at impact. 11 Drop Height (cm) The Height the helmet was dropped from in centimeters. 12 Anvil Type Type of anvil: Hemispherical, Flat, Etc. 13 Position Position of the helmet based on testers description. 14 Pass of Fail Helmet Passed or Failed the test 15 Test Date Date of test 16 Test Time Time of Test 17 Elapse Time Elapse time between drops 18 HIC Area under the graph curve (different equation from SI) 19 Compression (mm) Equation estimates compression in millimeters 20 Restitution (%) The difference between the Velocity IN and the Velocity OUT 21 Peak Force (N) To use with the Load Cell 22 Graph Ref. Where there are more than one graph, this tells which one to reference. 23 Artificial Acc. (m/sec) Not supported anymore in current machines 24 Velocity OUT (m/sec) Velocity of the bounce going up after the first Impact in meters per second. 25 Velocity IN (km/h) Velocity of the Helmet just before Impact in kilometers per hour. 26 Velocity IN (miles/h) Velocity of the Helmet just before Impact in miles per hour. 27 Velocity IN (feet/sec) Velocity of the Helmet just before Impact in feet per second. 28 Projectile Type Type of projectile dropped on the helmet 29 Acc. (G) peak+3msec Vietnamese Standard 30 Acc. (G) peak+6msec Vietnamese Standard