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We manufacture surfboards cover in 100% polyester knitted Stretch fabric with a durable nylon nose protector. Totally personalised by printing sublimation, dye yarn or plain color. Include a wax pocket with a velcro closure. Longboard Sizes: 7’0”,7’6'',8’0”,8’6”,9’0”,9'6,''10'0",and 10'6";Shortboard Sizes: 6'0"; 6'3"; 6'7" and 7'0"

We manufacture surfboards cover in 100% polyester knitted Stretch fabric with a durable nylon nose protector. Totally personalised by printing sublimation, dye yarn or plain color. Include a wax pocket with a velcro closure. Longboard Sizes: 7’0”,7’6'',8’0”,8’6”,9’0”,9'6,''10'0",and 10'6";Shortboard Sizes: 6'0"; 6'3"; 6'7" and 7'0"

We manufacture surfboards cover in 100% polyester knitted Stretch fabric with a durable nylon nose protector. Totally personalised by printing sublimation, dye yarn or plain color. Include a wax pocket with a velcro closure. Longboard Sizes: 7’0”,7’6'',8’0”,8’6”,9’0”,9'6,''10'0",and 10'6";Shortboard Sizes: 6'0"; 6'3"; 6'7" and 7'0"

Non-Woven Bags printed. Initial print run (MOQ) of 1,000 pieces. PP Non-Woven bag with lamination - Bamberg Impression: 10.000 pieces Size: 38 x 42 x 10 cm + 3 cm (width x height x depth + fold over) Material: 80 g / m² PP Non-Woven laminated with BOPP Matte Film 30 g / m (total 110 g / m²) Printing: rotogravure engraving 5 color CMYK and white paint; the two front sides of the bag have different motifs Gravure printing cylinder: included Handles: Two carrying straps same PP Non-Woven - but uncoated, double layered - stitched on both edges of the longitudinal sides of the belt. The four ends are sewn on the inside edge of the fold over, the top of the bag body; total length 2 x 60 cm, width 2.5 cm. Work out: stitched as exclusive PP Non-Woven bags. On the edges of the side gussets a revolving braid sewn closes the edge endings. A fold laterally in the middle of side gussets, second folds middle of the bottom. Enquête PP Non-Woven bags or cotton bags. What should I take or...

The VST video stroboscope has been designed to continuously monitor the print quality of fast-running cable printing machines. The system also offers the convenience of being able to view the entire print area at various magnifications on a monitor screen. The integrated software allows various evaluations of the displayed print area; e.g. alarm in case of bad quality and / or missing prints. Print monitoring at speeds up to 2500 m/min and above Real-time inspection for bad quality and /or missing prints The device is e.g. synchronized with the gravure printer's stroboscopic signal output (12 pulses per printwheel revolution). A special high-speed camera periodically takes a sequence of 12 consecutive partial print photographs depicting the total print impression printed by the printwheel circumference and outputs them via a 1 Gb/sec Ethernet interface to any computer (not included with the basic VST Video Stroboscope).

The QL-300 is the world’s first CMYK+White toner-based tabletop label printer that enables brand owners to create high-quality labels of utmost durability, ensure competitive cost of ownership, sets their brand apart with vibrant, impactful product labels. Unique ability to print in white allows direct printing on a wide range of colored and transparent materials for excellent readability. Additionally, advanced label designs can be achieved, including gradations of colors and white, as well as spot UV sheen or varnished appearance when printing black dark-colored materials. Economical toner cartridge replacements and consumables deliver stunning labels at a low total cost! Print on a wide variety of uncoated paper and synthetic materials for broadest spectrum of labeling applications. And realize both, highly accurate and scannable barcodes and realistic photographic image quality.

3D printing or additive manufacturing is a process of making three dimensional solid objects from a digital file. The creation of a 3D printed object is achieved using additive processes. Mitchell and Son 3D Printing Service provides a totally bespoke 3D Printing Service for all sectors using a range of materials. Additive manufacturing uses data computer-aided-design (CAD) software or 3D object scanners to direct hardware to deposit material, layer upon layer, in precise geometric shapes. . It is defined as the process of joining materials to make objects from 3D model data, usually layer upon layer. Benefits of additive manufacturing (3D Printing Below are four major advantages that additive manufacturing can provide to help companies reduce cost, timing, and risk. ... 4 Major Advantages of Additive Manufacturing Reduced Tooling Costs. ... Quicker Speed to Market. ... Easily Test Complex Component Geometries. ... Better Component Quality.