• Products
  • Catalogs
  • News & Trends
  • Exhibitions

Performance testing machine GBW-600
ductilitycomputer-controlledfor sheet metal

performance testing machine
performance testing machine
Add to favorites
Compare this product
 

Characteristics

Test type
performance, ductility
Operating mode
computer-controlled
Test material
for metallic materials, for sheet metal
Sector
industrial

Description

GBW series Erichsen Metal Sheet Testing Machine is designed on the basis of screw universal material testing machine, using the servo motor for highly accurate loading for punching, meanwhile, it is equipped with hydraulic servo control system for pre-tightening/clamping of metal sheet. It is ideal to evaluate the plastic deformation performance and ductility of metal sheet & strip materials. The cupping test for metal sheet thickness range is 0.1mm-5mm, Max. Punching capacity is 600KN, and the pre-tightening/clamping device is with hydraulic servo loading pump for 600kN capacity; Erichsen cupping test as per EN ISO 20482, ASTM E 643, GB/T 4156; Deep drawing cups test as per ISO 11531, EN1669, GB/T 11531, GB24183; Hole expansion test (KWI TEST) as per ISO 16630, GB/T 24524; Forming-limit Diagram (FLD) & Forming-limit Curve (FLC)-Nakajima Test as per ASTM E2218, ISO 12004, GB 24171 Features: Constant punching speed control, testing speed variable Constant clamping force by the servo hydraulic cylinder, no slippage during the test; High précision load cell for force measuring Photoelectric encoder for measuring the displacement of punching head High control accuracy and fast response to stop the punching head instantly Dual servo Systems (punching & constant clamping force) integrated in one machine; High automation: after setting the test parameter, testing can be done with click

VIDEO

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.