Primula MA-1140 Manual Fusing Press

Description

Professional Manual Fusing for Precision Garment Work

The Primula MA-1140 Fusing Press is designed for professional tailoring and garment production. It delivers accurate and consistent fusing results for demanding work. This machine is ideal for jackets, collars, cuffs, lapels, sides, and trouser waistbands. The manual top plate opens and closes smoothly using a durable lever system. This design ensures reliable pressure control and stable performance. Operators enjoy complete control over each fusing process. The support table provides a comfortable working surface. The structure supports long production hours without fatigue. This press improves garment shape and appearance. It enhances production quality and consistency for professional results.

Advanced Temperature and Timing Control

The Primula MA-1140 Fusing Press includes a precise electronic thermostat. The temperature range extends from 0 to 220 degrees Celsius. This flexibility supports various fabric types and interlining materials. A built-in beeping timer offers a range from 0 to 60 seconds. The signal notifies operators when the cycle ends. This feature prevents overheating and fabric damage. The control panel is simple and user friendly. Adjustments remain quick and accurate. These systems improve efficiency and reduce error risk. Operators achieve dependable fusing with minimal training.

Built for Reliability and Daily Production

The Primula MA-1140 Fusing Press is engineered for long-term industrial use. The solid frame ensures stability during repeated operations. Its compact footprint fits modern tailoring workshops easily. Maintenance remains low and cost effective. The machine supports continuous daily operation without performance loss. This press increases productivity and workflow efficiency. The ergonomic design reduces operator fatigue. Professionals trust this machine for reliable garment fusing. It delivers smooth bonding and consistent quality every time. This press represents precision, durability, and modern garment technology.