Ricoh has a wide range of wax/resin and resin Thermal Transfer Ribbon (TTR) products. Our advanced TTR technology is designed to meet the highest standards and will help you convey information more clearly and accurately. We offer multiple product solutions for Flat Head as well as Near-Edge printer types. Click the below link to learn more about the unique differences between these 2 printer types.
B110A
Wax-Resin Smearless
Designed for Flat Head Printers
All-purpose wax/resin TTR
Prints on wide variety of media
High resistance to smearing & chemicals
Reliable, sharp-edge print quality
Maximizes barcode scanning rates
Minimizes static electricity & ink flaking problems
B110C
Resin Super Smearless
Designed for Flat Head Printers
High sensitivity for high-speed printing (~4 inches/sec.) with high printing quality
Super smear resistance at temperatures up to 100ºC (212ºF)
Superior resistance to solvents (alcohol, petrol, kerosene, brake fluid, engine oil, car wax, etc.)
Special back coating for reliable and superior matching with thermal print head
UL recognized with various printers and films
B110CR
Resin Super Smearless
Designed for Flat Head Printers
Ideal for Automotive, Serial No. Plates, Circuit Board Labels and Pharmaceutical Applications
Produces very high resolution even when printing using a 600dpi thermal head
Excellent resistance to heat, chemicals, solvents and scratches
UL recognized with various printers and films
B110CU
Resin Super Smearless
Designed for Flat Head Printers
Ideal for Automotive, Serial No. Plates, Circuit Board Labels and Pharmaceutical Applications
Produces very high resolution even when printing using a 600dpi thermal head
Excellent resistance to heat, chemicals, solvents and scratches
UL recognized
B120EC
Universal Resin
Designed for both Flat Head and Near Edge Printers
Prints on both paper and film
High preservation properties
Reliable, sharp-edge print quality
B120HS
Specialty Resin
Designed for Flat Head Printers
Prints up to 10 ips
Excellent when printing on general wrapping polypropylene
Superior resistance to oils and water and preservability in cold storage environments
High sensitivity which can be used for high-speed printers
Excellent image quality
B125CS
General Purpose Resin
Designed for Flat Head Printers
General Purpose Resin TTR
Prints on a wide variety of media including PP, Pet, and Coated Papers
Resistant to scratches, smears, and various chemicals
Helps improve work efficiency through reduced TTR changes based on label material
B120EC
Universal Resin
Designed for both Flat Head and Near Edge Printers
Prints on both paper and film
High preservation properties
Reliable, sharp-edge print quality
D110A
Specialty Resin for Textile
Designed for Flat Head & Near Edge Printers
Printable on receiving cloths (nylon, polyester and acetate) and films
Super smear resistance up to 150°C (302°F); no blurring of image occurs from ironing
Print images are highly durable against water and dry cleaning
Superior thermal head matching qualities using Ricoh’s unique back-side coating
D110A
Specialty Resin for Textile
Designed for Flat Head & Near Edge Printers
Printable on receiving cloths (nylon, polyester and acetate) and films
Super smear resistance up to 150°C (302°F); no blurring of image occurs from ironing
Print images are highly durable against water and dry cleaning
Superior thermal head matching qualities using Ricoh’s unique back-side coating
D110C
Specialty Resin for Textile
Designed for Flat Head Printers
Printable on receiving cloths (nylon, polyester and acetate) and films
Super smear resistance up to 150°C (302°F); no blurring of image occurs from ironing
Print images are highly durable against water and dry cleaning
Superior thermal head matching qualities using Ricoh’s unique back-side coating
Thermal Transfer Ribbons (TTR) produce an image by selectively heating the ribbon and transferring the substance onto the desired surface. The print image is highly resistant to scratching, abrasion, rubbing, or other environmental conditions providing a long-lasting durable print image.