SURCAM is a fast moving, dynamic company with a focus on designing, developing and manufacturing high quality medical instrumentation. We specialize in the manufacturing of medical equipment and titanium abutments for dental implants. SURCAM was established in 2002 by Mr. Asher Ben Shabbat, who had a desire to create a place where medical experts and clinicians can realize their ideas and medical innovations. Mr. Ben Shabbat offered his own vast mechanical knowledge and many years of experience in the development and production of medical equipment and created SURCAM, which is in essence a high quality environment for the development of outstanding mechanical devices for medical applications.
SURCAM MEDICAL DEVICES AND DEVELOPMENT LTD Quality System is compliant and certified under the following international Standards:
One of SURCAM’s most important founding principles is customer service and support. This means fulfilling individual customer needs. This is accomplished by establishing flexible operations systems which allows products to be easily tailored to specific needs while still adhering to short delivery times. It also means providing a quick response to inquiries – whether technical or commercial in nature. We pride ourselves of precise accurate answers within minutes or hours. We are constantly working to improve our already high standards of quality, performance and reliability, which are backed by superb service and support.
SURCAM is managed by Mr. Ben Shabbat and an experienced staff. We are alert to the latest improvements in forming technologies and are equipped with the most recent, up to date modern equipment that is capable of manufacturing any desired part/shape, by utilizing the most efficient and cost effective methods.SURCAM manufacturing techniques are constantly evolving to meet future challenges of the industry’s next generation requirements at a competitive price. SURCAM prides itself of producing a wide range of high quality Dental Abutments, while thoroughly understanding the actual dental procedures. SURCAM offers the biggest range of Abutment designs that fit major dental implant manufactures, Dental Abutments, Screws, devices, tools and fixtures.
All of SURCAM’s Internal Hexed full line of Implants, Prosthetic Components and Abutments are compatible with standard platforms: 3.75, 4.2, 4.5mm [Zimmer, MIS, AlphaBio, BioHorizen].SURCAM’s manufacturing techniques are constantly evolving to the future challenges of the industry’s next generation requirements at a competitive price. All of our products are manufactured in-house.
All of SURCAM’s full line of internal connections prosthetic components and abutment designs are compatible with: Internal Hex -3.75 & 4.5 platform,
Internal Three Leg Fit -3.5 , 4.3 & 5.0 platform, and External Hex – 4.1 & 5.0 platform. SURCAM offers the restorative dentist the convenience of using a wide range of prosthetic platforms when various types of abutments are required. Each abutment design is ideally engineered to suit a variety of surgical cases. SURCAM’s philosophy is that properly matching the abutment to its final shape in the machining stage is one of the most important elements of the entire restoration procedure.
• Aesthetic Abutment body functions as impression coping.
• All SURCAM products Includes the Prosthetic Screw.
• Installation using large external hex drivers (1.3mm).
• Non-rotational design for standard, internal-hex implants.
• Compatible with internal hex platform: 3.75, 4.2 & 4.5 mm Implants. [Zimmer , MIS , AlphaBio , A.B Dental ].
• Compatible – Internal Three Leg Fit platform: 3.5, 4.3 & 5.0 mm Implants. [Noble Biocare , Replace Select , Tri-lob ].
• Compatible with external hex platform: 4.1 & 5.0 mm Implants. [Brenemark ].
• Compatible with internal hex conical connection. platform: 3.5 & 4.0 mm Implants. [Ti Design ].
• Made of Commercial grade 5 Titanium alloy according to ASTM-F-136 02A COND A.
• Stainless Steel AISI 303 alloy according to ASTM A582-95B COND A.
In order to preserve the original structure of the titanium alloy, SURCAM utilizes advanced CAD/CAM methods in the production process.
These methods effectively reduce undesirable deformations of the alloy structure.