Servo Electronic Creep Testing Machine ≪ Capable of Composite Testing / Reproducing Environments! ≫

米倉製作所

We have updated the catalog for the 【Servo Electronic Creep Testing Machine】. One machine for Creep/Relaxation/Fatigue! This testing machine applies a constant force to test specimens made of polymer materials or metals and measures the displacement over time. - Program pattern control using a servo motor - Capable of static testing, dynamic testing, and relaxation (stress relaxation) testing - Compatible with constant temperature and humidity chambers and tubular furnaces ┌─★☆ Expanding the range of testing! Servo motor type ☆★────── Safety: Automatic switching for load changes, lightweight operation, space-saving Efficiency: Supports tensile, compression, and bending tests with chuck replacement Control: Complex testing possible with program pattern control └────────────────────────────────────────────── Displacement of multiple test specimens can be displayed separately / The end fixture can be customized! * For more details, please download the materials. We can design according to various products and conditions to meet your needs. Feel free to consult us. ** We also offer traditional weight-type machines, so please contact us if you are interested.

Servo motor-based safety load mechanism and high-precision test control 'Servo Electronic Creep Testing Machine'

Date and time
Capital
Entry fee

Related product information

Servo electronic creep testing machine ≪ Composite testing possible / Reproducing the environment! ≫
Servo electronic creep testing machine ≪Creep/Relaxation/Fatigue≫ in one unit!

■ Target Tests: Creep Test / Relaxation Test / Repeated Fatigue Test ■ Target Materials: Polymer materials and metals, etc. ■ Corresponding Standards Examples: Metals: JIS Z2271 / Resins: JIS K7115, K7116 / CFRP / FRP: JIS K7087, etc. ■ Testing Machine Main Body Load Method: Servo Electronic Load Motor Elevation Control: UP/DOWN Load Capacity: 10kN (Load Cell Detection) ■ Elongation Measurement Elongation Measurement Method: Encoder Maximum Displacement: Maximum Displacement of 160mm (Crosshead Movement Detection) Displacement Resolution: 0.01mm ■ Chuck Sample Hanging Method: Multi-link type * For tubular furnaces, it will be a single-link type Chuck Shape Examples: Tension: Wedge Type, Bi-type Compression / Bending: Compression Plate, 3-point Bending, 4-point Bending ■ Temperature Chamber Tubular Furnace: Temperature Range 600–1000℃ Constant Temperature Chamber: Humidity Range -40℃ to 180℃, 50℃ to 200℃ Constant Humidity Chamber: Temperature Range 20–95℃ / Humidity Range 20–98% (partially dependent on humidity conditions) * For other requests regarding standards or custom machines, various capacities, installation space, etc., please contact us. * Specifications may change depending on the test content.