Facilities
IR Infrared Heating Type Sample Dyeing Machine
The latest generation of infrared sample dyeing machines uses radiant heat conduction for heating, eliminating the need for thermal media. This ensures a clean and environmentally friendly operation with no oil fume pollution. The machine features a unique dye cup fixing method, achieving high-level dye uniformity and low liquor ratio. It is equipped with microcomputer-controlled dyeing processes and supports mid-process chemical addition, making it ideal for simulating production conditions with excellent reproducibility
IR Infrared Heating Type Sample Dyeing Machine
Fabric Water Absorption Tester
This instrument is used to measure the water absorption of fabrics. For example, a sample is placed in a container filled with water to observe capillary action as it rises at a speed measured in millimeters. The capillary rise distance on the fabric refers to the difference between the highest edge and the water surface. According to the Klam test method, this instrument is used to grade the water absorption of highly absorbent paper and cardboard. The lower end of the test specimen is vertically immersed in water, and the height of the water rise due to capillary action is measured within 10 minutes. This testing method is applicable to ink-absorbent paper, highly absorbent paper, or similar grades of paper. The water absorption test for fiber products is also conducted according to the Byreck method.
Fabric Water Absorption Tester
Computer lab
Top-Notch Machines: High-quality computers, including a custom-built powerhouse perfect for deep learning projects. It’s equipped with an Intel Core i7-14700 processor and 32 GB of fast RAM, so you can breeze through your tasks without a hitch.
Powerful Graphics: For those heavy-duty computations, we have a system with an NVIDIA GeForce RTX 4070 GPU, featuring 12 GB of dedicated memory. This setup is ideal for training advanced models like YOLOv8 with ease.
Spacious and Comfortable: Our lab offers plenty of room to spread out and work comfortably. Plus, it’s air-conditioned to keep you cool and focused, no matter how intense your project gets.
Computer lab
Top-Notch Machines: High-quality computers, including a custom-built powerhouse perfect for deep learning projects. It’s equipped with an Intel Core i7-14700 processor and 32 GB of fast RAM, so you can breeze through your tasks without a hitch.
Powerful Graphics: For those heavy-duty computations, we have a system with an NVIDIA GeForce RTX 4070 GPU, featuring 12 GB of dedicated memory. This setup is ideal for training advanced models like YOLOv8 with ease.
Spacious and Comfortable: Our lab offers plenty of room to spread out and work comfortably. Plus, it’s air-conditioned to keep you cool and focused, no matter how intense your project gets.
Fast Storage: We use high-speed SSDs, like our 932 GB Kingston drive, to ensure you can access and save your data quickly.
Mimaki TS 30-1300 Digital printer
The "TS30-1300" will help to produce small quantities of a wide variety of products in-house, such as textile & garment sampling, sportswear & garment prototyping, and the creation of original goods. By switching from outsourcing the printing process to in-house production, the proposal time can be shortened, and business activities can be initiated more quickly. Moreover, if a customer requests a change, it usually takes several days to receive the final product through an outsourcing company. However, by using a digital printer in-house, you can immediately respond to customer needs and provide the revised sample to the client. This can enhance proposal capabilities and reduce the time required to secure orders.
Mimaki TS 30-1300 Digital printer
The "TS30-1300" will help to produce small quantities of a wide variety of products in-house, such as textile & garment sampling, sportswear & garment prototyping, and the creation of original goods. By switching from outsourcing the printing process to in-house production, the proposal time can be shortened, and business activities can be initiated more quickly. Moreover, if a customer requests a change, it usually takes several days to receive the final product through an outsourcing company. However, by using a digital printer in-house, you can immediately respond to customer needs and provide the revised sample to the client. This can enhance proposal capabilities and reduce the time required to secure orders.
Sublimation Color Fastness Tester
This machine uses electric heating conduction. During operation, the fabric is placed between two heating plates. After a certain period of time, the fabric is removed and cooled down naturally. The machine is used to test the color fastness of textiles by observing changes in the color of the fabric and evaluating it according to standard sublimation fastness scales.
Sublimation Color Fastness Tester
Laser engraving machine CO₂-10060
Our laser engraving machine is a robust and precise tool with external dimensions of 1400 x 800 x 1100 mm and a generous engraving area of 1000 x 600 mm. It features a powerful 120W CO2 glass laser tube with a wavelength of 10.64 μm, and comes with reflective mirrors and lenses. The laser head offers red light positioning and an adjustable focusing angle. It includes a lifting platform with a 250 mm range and delivers exceptional accuracy with an engraving precision of ±0.025 mm and a repetition precision of ≤ 0.01 mm. The minimum line width is also ≤ 0.01 mm, and it operates at a moving speed of 500 mm/sec. The machine supports various drawing formats such as HPGL, DXF, AI, BMP, PLT, DST, and VCT. It connects via USB for both direct and offline output, and is compatible with power supplies of AC 110V / 220V / 60Hz. Weighing 150 kg, it is a durable and versatile addition to any workspace
Laser engraving machine CO₂-10060
Tear Strength Tester
The machine uses test specimens of the same size (63.5x100mm) and pre-cut length, and applies a potential energy swing to tear the specimens. The fabric's tear strength is then tested in both the warp and weft directions five times each, and the average value is calculated. The resulting data represents the fabric's tear strength.
Tear Strength Tester
Shaking Sample Chamber
Material: Interior made of SUS#304 stainless steel; exterior coated with iron powder baking paint.
Control Method: PID microcomputer digital display.
Temperature Control: Room temperature ~ 100°C; mixing chamber up to 200°C.
Speed: Reciprocating shaking 0 ~ 250 RPM.
Specifications: 250cc for 12 units or 500cc for 6 units.
Accessories: Erlenmeyer flasks, pointed caps.
Shaking Sample Chamber
Material: Interior made of SUS#304 stainless steel; exterior coated with iron powder baking paint.
Control Method: PID microcomputer digital display.
Temperature Control: Room temperature ~ 100°C; mixing chamber up to 200°C.
Speed: Reciprocating shaking 0 ~ 250 RPM.
Specifications: 250cc for 12 units or 500cc for 6 units.
Accessories: Erlenmeyer flasks, pointed caps.
Thermal Circulating Oven
Utilizes circulating electric heating to carry out the drying or heat-setting treatment of various fabrics or textile products. With a maximum temperature of 300°C, it quickly and uniformly completes the heat-setting of various synthetic fibers.Courses and practices in textile science, fabric dyeing and finishing, textile art, and textile product development and research, among others.
Thermal Circulating Oven
