Title: Screen Printed Towels

Description: Screen printed towels feature custom designs printed directly onto the fabric, offering vibrant colors and unique patterns. These towels are both durable and stylish, making them a popular choice for personalized or branded towels. Send us your inquiry

Title: Tea Towels

Description: Tea Towels are a versatile and essential kitchen accessory, designed for drying dishes, hands, and surfaces. Made from soft, absorbent fabric, these towels efficiently wick away moisture and dry quickly. Their durability ensures long-lasting use, making them ideal for everyday kitchen tasks. With a variety of designs and colors, tea towels also add a touch of style to your cooking space. Send us your inquiry

Title: Terry Bath Towels

Description: Terry bath towels are plush and highly absorbent towels made from durable terry cloth, designed to provide comfort and luxury after a bath or shower. These towels are soft to the touch and essential for any bathroom, offering both functionality and a touch of everyday indulgence. Send us your inquiry

Title: Terry Bath Mats

Description: Terry bath mats are soft and absorbent mats designed to provide comfort and safety in the bathroom. Made from durable terry cloth, these mats offer excellent moisture absorption and feature a non-slip backing, ensuring a secure footing while keeping your bathroom floor dry. Send us your inquiry

Title: Stitching Setup- Overlock Machines

Description: Overlock Machines, also known as sergers, are used for finishing the edges of fabrics to prevent fraying and provide a clean, professional look. These machines sew multiple threads simultaneously, creating a strong, durable seam that encloses the raw edges of the fabric. They are essential for garment construction and textile manufacturing, offering a fast and efficient way to produce high-quality, finished edges on a wide range of fabrics. Overlock machines are particularly useful for sewing knit fabrics and adding decorative stitches. Send us your inquiry

Title: Cad/cam

Description: CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing) are integrated technologies used in the design and manufacturing process. CAD software allows for detailed digital design and modeling of products, while CAM software translates these designs into precise manufacturing instructions for machinery. Together, CAD and CAM streamline the design-to-production workflow, improving accuracy, efficiency, and productivity in various industries, including textiles, engineering, and automotive. This integration supports complex designs and automates production processes, enhancing overall product quality and reducing time-to-market. Send us your inquiry

Title: In House Power Generation

Description: In-House Power Generation refers to the process of producing electricity within a facility, rather than relying on external power sources. This setup often includes technologies such as generators, turbines, or renewable energy systems like solar panels or wind turbines. It provides a reliable and self-sufficient power supply, ensuring continuity of operations and enhancing energy security. In-house power generation is beneficial for managing energy costs, supporting critical systems, and achieving greater control over power availability. Send us your inquiry

Title: Bleaching Setup

Description: A Bleaching Setup is used in textile and fabric processing to remove natural pigments and prepare materials for dyeing. It involves the use of chemicals and specialized equipment to achieve uniform color removal and enhance fabric whiteness. This setup is crucial for ensuring high-quality results in subsequent dyeing and finishing processes, making it an essential component in textile manufacturing and treatment. Send us your inquiry

Title: KCCI

Description: Karachi Chamber of Commerce & Industry Member Send us your inquiry

Title: OEKO-TEX

Description: OEKO-TEX Certified TMA Member Send us your inquiry

Title: BSCI

Description: Business Social Compliance Initiative TMA Certified Member Send us your inquiry