Offset automatic printing for curved surfaces, spherical surfaces, and uneven surfaces.
FENIX-100-U-V (Vertical type) -H (Horizontal type)
Offset automatic printing for curved surfaces, spherical surfaces, and uneven surfaces.
**Features** ● Clear printing on curved, spherical, and uneven surfaces Using flexible rubber pads for offset (transfer) type clear automatic printing from above (vertical) and from the side (horizontal) while the workpiece is fixed, such as under fluorescent lights. ● High-precision rubber and brass plates that can be exchanged one character at a time High-precision rubber plates and brass plates with uniform height created by engraved molds allow for easy exchange of individual characters due to precise cutting. ● Quick-drying, indelible Matthews ink Utilizing "Matthews ink" that meets U.S. MIL standards, boasting strong adhesion, solvent resistance, and heat resistance for all materials. ● Free on-site demonstrations available nationwide.
Inquire About This Product
basic information
Offset (transfer) automatic printing for curved surfaces, spherical surfaces, and uneven surfaces of various material parts, including fluorescent lamps, through integration into production, manufacturing lines, and automatic machines.
Price information
-
Delivery Time
Applications/Examples of results
【Main Specifications】 Printing Area: 55W x 40D mm (option: 68W x 50D mm) Printing Speed: 60/min Plate: Rubber relief plate ・ Brass (metal) relief plate Operation: Intermittent and continuous operation with clutch equipment Installation: Flexible for line and automatic machines Power Supply: 100VAC 90W motor 1 ph. 50/60 Hz. Machine Dimensions: 335W x 420H x 270D mm Weight: 25kg
Company information
With 45 years of extensive experience in the marking field and the introduction of cutting-edge overseas technology, we contribute to diverse needs by providing "total marking solutions" based on advanced technology, addressing the increasingly challenging marking issues in the era of "short, small, light, and thin" through both hardware and software.