Laboratory equipment
- 7” Touchscreen Operation, easy to use.
- Working Positions: 9 positions (or 3 positions for option)
- Abrasion Stoke Length: 24±0.5mm,60.5±0.5mm.
- Load Weight: 9kPa, 12kPa adding weights.
- The rotational frequency of the drive unit: outer driving unit,47.5±2.5rpm，Inner driving unit, 44.5±2.4rpm..
- Pressing Weight: 2.5±0.5kg.
- Pressing Weight Diameter: 120±10mm.
- 7 inch multi-functional color touch screen control.
- Automatic water level control, automatic water intake, drainage function, and set to prevent dry burning function.
- High-grade stainless steel drawing process, beautiful and durable.
- SW-12J with door touch safety switch and device, effectively protect the scald, rolling injury.
- Solid state relay control heating tube, no mechanical contact, stable temperature, no noise, long life.
- YG(B)033E has 128N test range.
- Microcomputer control, digital decoding, support online communication.
- Color touch screen control, Chinese and English menu operation interface.
- Pneumatic clamping, automatic incision.
- A variety of measurement units (cN, GF) selection.
- Random tumble pilling tester RF3194N are designed to be traditional with four test chambers.
- Silent operation improves lab experience.
- Compressed air injection during test helps keeping specimen tumbling randomly to get more accurate testing result.
- Settings and operations are simplified. All operations can be accessed through touchscreen.
- LED lighting for easy observation of the specimens through the front viewing windows.
- Specimen rack rotation speed：40±2rpm
- Temperature range: Room Temp. to 97ºC
- Temperature accuracy: ± 0.5ºC
- Rate of temperature rise: Max. 2ºC/min
- Internal materials: Stainless Steel 316L
- Safety Device: Safety door switch, Over-temperature protector, Low water level protection.
- Automatic Water Inlet and Draining.
- 20 units of 550mL containers
- 20 units of 1200mL containers
Feature of HY-832A Aging Oven Tester:
- The HY-832A Aging Oven Tester is a precision instrument used to evaluate the heat resistance, aging properties, and stability of materials such as rubber, plastics, wires, cables, textiles, and coatings. By exposing samples to controlled high temperatures for a set period, the tester helps determine changes in color, flexibility, strength, and appearance caused by heat aging.
Feature of HY-621 Zipper Reciprocating Fatigue Tester:
- The HY-621 Zipper Reciprocating Fatigue Tester used to test the durability and performance of zippers under continuous reciprocating motion.
- HY-621 simulates real-life opening and closing actions to evaluate the zipper’s resistance to repeated use and detect potential defects in design or manufacturing.
Feature of HY-726 Scott Type Crease-Flexing Abrasion Tester:
- The HY-726 Scott Type Crease-Flexing Abrasion Tester is a specialized testing instrument used to determine the flexing and abrasion resistance of leather, coated fabrics, and similar materials.
- HY-726 simulates repeated folding and creasing under controlled conditions to evaluate material durability and surface performance.
Feature of HY-852 Leather Shrinkage Temperature Tester:
- The HY-852 Leather Shrinkage Temperature Tester is a professional instrument designed to measure the shrinkage temperature of leather when heated in water. This test helps evaluate the thermal stability and tanning quality of leather, ensuring it meets the standards required for footwear, upholstery, and other leather products.
- High Precision Measurement – Accurately determines the shrinkage temperature of various types of leather samples.
Feature of HY-752-IV Martindale Abrasion Tester:
- The HY-752-IV Martindale Abrasion Tester is a precision instrument designed to test the abrasion and pilling resistance of fabrics, textiles, leather, and other materials.
- HY-752-IV follows international standards such as ISO, ASTM, and GB, ensuring reliable and repeatable results for quality control and research purposes.
Features of the SATRA STM 579 Compression Sock Tester:
- Compression hosiery is commonly used to offset the effects of varicose veins, but also has other medical applications, such as helping to reduce the potential for artery blockages caused by blood clotting (embolisms) during operations. This form of hosiery is also becoming popular for people to wear as a preventative measure against deep vein thrombosis (DVT) on long-haul flights.
Feature of HY-853 Leather Cracking Testing Machine:
- The HY-853 Leather Cracking Testing Machine a specialized instrument designed to evaluate the crack-resistance of thin leather and upper-leather materials.
- The HY-853 fixes a leather specimen around its periphery, then uses a ball or probe to push from underneath the leather at a controlled rate to measure the rise height of the specimen at crack initiation.
Features of the SATRA STD 185 Sole Adhesion Tester:
- This proven STD 185 is designed to measure the adhesion of moulded and pre-cast soles to the toe and heel of finished shoes in the shoe factory, but is also useful in the testing laboratory.
- The sole, still on the mould, is placed on a ledge or fulcrum so that the curved toe of the device fits snugly into the feather-shaped groove between the sole and the upper.
Feature of HY-768 Taber Abrasion Tester:
- The HY-768 Taber Abrasion Tester a precision instrument engineered for verifying abrasion resistance of coatings, leather, textiles, and more.
- The HY-768 TABER is designed to evaluate the wear-resistance properties of a wide variety of flat materials: leather, cloth, paint films, paper, floor coverings, plywood, glass, natural rubber and other surfaces.
Features of the SATRA STM 140 Leather Sole Abrasion Tester:
- The STM 140 Sole Material Abrasion Tester provides a simple and practical abrasion test for sole and heel materials. Test specimens are pulled from side to side in a straight line under load on an abrasive cloth placed on the horizontal platform of the machine. The cloth is moved slowly at right angles to the test specimen so that the test specimen is always in contact with a fresh abrasive cloth, maintaining a constant shear force.
Feature of HY-749 Leather Softness Tester:
- HY-749 Leather Softness Tester is specially engineered to determine the softness of leather, artificial leather, and similar flexible materials.
- It is widely used in industries producing leather goods, footwear, furniture, automotive interiors, bags, and garments, where softness and hand-feel are critical to product quality.
Feature of HY-761 Bally Leather Flexing Tester:
- HY-761 Bally Leather Flexing Tester is engineered for the “Bally‐type” flexing test: a specimen is clamped, folded repeatedly and the damage (cracking, creasing, peeling) is observed. It’s widely used for leather uppers, coated fabrics, shoes, bags and other thin flexible materials.
- It is ideal for leather goods manufacturers, footwear labs, bag/handbag makers, quality-control departments and R&D testing of coatings, finishes and substrate materials.
Feature of HY-960 Children Strap Fatigue Tester:
- HY-960 Children Strap Fatigue Tester is specifically engineered for testing the durability of straps on children’s bags and backpacks. It simulates children carrying a bag and performing continuous jumping motions to replicate realistic fatigue conditions.
- This machine is ideal for manufacturers of children’s school bags, backpacks, luggage accessories, quality control labs, and R&D departments seeking reliable fatigue data on straps and connecting hardware.
Feature of HY-557 Bags Swing Testing Machine:
- The HY-557 Bags Swing Testing Machine designed to simulate dynamic stress conditions on handles, straps and joints that bags experience in real-life use. Measure the amount of deformation in connecting components (such as straps, handles, shackles) after testing to evaluate fatigue, wear or failure risk.
- The HY-557 is ideal for manufacturers of bags, backpacks, luggage, quality control labs and R&D departments focusing on product durability under real-world conditions.
Feature of HY-800 Luggage Buckle Durability Tester:
- The HY-800 is specially designed to evaluate the endurance and performance of luggage buckles under tensile stress. It replicates real-world tension and fatigue loads to verify that buckles will hold up through repeated use, travel handling and harsh conditions.
- HY-800 is ideal for luggage designers, manufacturers, quality-control labs and compliance testing units who demand accurate, repeatable results for buckles, fasteners, straps and hardware.
Feature of HY-550B Trolley bags stairs road tester:
- The HY-550B Trolley Bags Stairs Road Tester is a professional tester designed to simulate repeated impacts and vibrations for testing similar suitcases in daily life such as foot traffic, including going up and down stairs and outdoor concrete steps.
- The HY-550B simulates a bag being pulled up and down stair-like surfaces or over bumpy roads. The sample (trolley bag & Vali) is fixed on a movable platform, which runs over a repeated obstacle track. During operation, the machine continuously impacts the wheels and base of the bag, reproducing the stress experienced in real-world use.
Feature of HY-762GB-IV Shoes Flexing Tester:
- The HY-762GB-IV Shoes Flexing Tester is a high-precision testing machine designed to simulate the dynamic bending conditions that footwear undergoes during walking. It evaluates the flex durability, structural integrity, and material performance of finished shoes, helping manufacturers ensure long-term comfort and product reliability.
- With improved speed control, enhanced clamping mechanisms, and intuitive operation, the HY-762GB-IV is ideal for R&D departments, quality control labs, and footwear production lines.
Feature of HY-762A Shoes Bending Tester:
- The HY-762A Shoes Bending Tester is a specialized testing device used to evaluate the flex resistance and durability of completed shoes under simulated walking conditions.
- The HY-762A operates by bending the shoe repeatedly at the forepart (toe and vamp area), simulating the motion of a foot while walking.
- The specimen is fixed between two clamps – one for the heel and one for the forepart. As the machine cycles, it flexes the shoe at a consistent angle and speed.