从India供应商批发进口6- Head Saddler Stitcher — FOB条款

The 6-Head Saddler Stitcher from Pramod Engineering handles up to 6 movable stitching heads, designed for producing copies with a maximum size of 560mm. This model is part of a range that includes 2-head and 4-head variants, with the latter supporting copies up to 500mm. The machine is engineered for high-volume stitching, making it a core asset in textbook and notebook manufacturing lines where speed and precision are critical.

Saddler stitchers like this typically use galvanised or stainless steel wire staples, with standard gauge sizes of 23/6 or 23/8 for booklet binding. The stitching mechanism is built to handle paper stocks ranging from 70 to 200 GSM, a typical range for educational materials. Pramod Engineering’s design focuses on durability, with heavy-duty frames and adjustable stitching heads to accommodate varying book thicknesses without misalignment.

Textbook publishers and notebook manufacturers in India rely on these machines for cost-effective, large-scale production. The 6-head configuration reduces cycle time, while the 560mm capacity allows for A4 and larger formats. Buyers should confirm compatibility with their existing production lines, as well as the availability of spare parts like stitching heads and wire coils, which are standard consumables for this equipment category.

Pramod Engineering is based in New Delhi, India, operating from E-3 Jhandewala Estate on Rani Jhansi Road. The company specialises in bookbinding machinery, with a focus on stitching solutions for educational and commercial print applications. Its product line includes multi-head stitchers tailored to different production scales and formats.

The supplier’s profile does not state a response rate or verification signals, and no additional details about its history, scale, or client base are provided. Buyers are advised to contact Pramod Engineering directly for technical support, spare parts availability, and confirmation of machine compatibility with their specific production requirements.