The Bally Flexing Tester GT-KC10A (Bally Flexometer) is an advanced leather flexing tester designed to accurately determine the resistance of flexible materials—especially leather, coated fabrics, and footwear textiles—to cracking and failure at flexing creases. It performs tests per key international standards (e.g., ISO 5402-1, SATRA TM 55, EN 344-1) with options for 6, 12, or 24 test positions, a 22.5° flexing angle, and a speed of 100 cycles/minute. Supporting both wet and dry specimens, it ensures reliable quality control for manufacturers seeking durable, high-performance leather products.
GT-KA04A athletic footwear shock attenuating tester designed by GESTER. comply with the ASTM F1614 standard, it evaluates the cushioning and impact resistance of athletic shoes and shoe materials. Equipped with a high-precision 10KN load cell and a 1000Hz high-speed data acquisition system, the tester delivers real-time force-displacement curves and automated energy loss analysis.
Looking for a reliable automatic hydrostatic head tester for textile waterproof testing? The Hydrostatic Head Tester GT-C26A by GESTER ensures accurate, stable, and efficient performance, fully compliant with major global standards including AATCC 127, ISO 811, JIS L1092, and more. Featuring a user-friendly touch-screen interface, internal water tank design, and precise water pressure balancing system, this instrument delivers consistent results for fabrics like canvas, tarpaulin, rain-proof fabrics, and geotextiles.
GESTER is a trusted manufacturer supplier of packaging testing equipment, providing reliable solutions for package performance evaluation and transportation simulation testing. The Transportation Vibration Tester GT-M11 is designed to simulate real-world vibration conditions during road, rail, sea, and air transportation, helping manufacturers, laboratories, and quality assurance teams assess package durability, product protection, and shipping reliability. Ideal for packaging validation, logistics testing, and distribution performance evaluation, the GT-M11 supports compliance with international transportation testing standards while helping businesses reduce shipping damage and improve packaging quality.
The Hydraulic Bursting Strength Tester GT-C12A designed to determine the bursting strength and distension at burst of woven, knitted, and non-woven fabrics, papers, and boards. It complies with multiple international standards, including ISO 13938.1 and ASTM D3786, and features an intuitive touch screen controller, automatic burst detection, and four test methods. With a pressure range of 2.00 to 10.000 MPa and options for different test areas, it ensures accurate and reliable results for quality control in textile, paper, and packaging industries.
GESTER, a trusted manufacturer and supplier of packaging testing equipment, offers the Incline Impact Tester GT-N49 for transportation impact simulation and package performance evaluation. Designed to reproduce horizontal impacts during shipping and handling, it helps manufacturers and testing laboratories assess packaging durability, product protection, and transportation reliability. Ideal for ASTM D880, ISTA testing, packaging validation, and logistics quality assurance, the GT-N49 supports safer packaging design and reduced transit damage.
The GESTER GT-D02A-1 Air-Cooled Light Fastness Tester is a professional xenon arc instrument for testing colorfastness and light aging of textiles, paint, rubber, plastics, paper, etc. It features a 2500W xenon lamp, multi-mode operations (spray, light-dark cycles, sample rotation), and individual sample timing. With a 25-55°C temperature range, 10-95%RH humidity control, 12 ISO/9 AATCC sample holders, meets international standards such as ISO 105-B02 and AATCC TM16, it offers stable, efficient performance for QA and R&D labs.
Universal Testing Machine (Dual Column) For Shoes is designed for conducting tensile, compression, bending, shearing, bonding strength, peeling, tearing and other tests for shoes ,rubber, plastic, leather, metal, nylon line, fabric, paper