At CER Foils and ITW foils, the goal is to make your brand shine by manufacturing the best performing foils in the industry. We accomplish this through extensive research , development and testing to ensure our foils perform without a problem on your finished products.
CER and ITW foils company is global leader in the manufacture and distribution of technically superior foils, tools and dies. Throughout the world, customers rely on our products everyday for the most demanding and challenging applications of substrate, design and production, in markets such as Mascaras, plastic/ metallic caps, tubes, jars, pens, plastic or glass bottles and all technical objects.
With a wide array of brilliant silvers, golds and other colors as well as eye catching diffraction patterns, CER foils is also a key partner when it comes to the critical color matching often required by high end brands.
Through our exceptional service and top quality products, we hope to win your confidence and build a long term relationship. Our aim is to make brands shine by providing unsurpassed service and technically superior products. Our products and services also include silicone rubber dies, sheets and rollers, brass and steel dies as well as hot stamp tooling.
CER is a total solution provider for hot stamping and heat transfer applications. We provide cutting-edge systems along with all required tooling and consumables..
Specifically, we design and manufacture:
Systems: Hot stamp, heat transfer & heat seal.
Formats: Semi- and fully-automated systems.
Supplies: Foil, heat transfers, jigs, tooling, dies (silicone and metal), rollers and silicone sheets.
Services: Full service including on-site training, internal lab tests, preventive and perfective maintenance.
CER Foil Stamping Machines
CER, a French company has always been a specialist in high technology for direct stamping on objects. High speed servo-driven machine for hot stamping or labeling of soft plastic tubes. Registration and quality control camera on board. Production speed: up to 6000 p/h.
