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Dental Equipments
Digital dental Physiodispenser
Minimum Order Quantity: 1 Piece
Product Brochure
| Speed Range | 50 ncm - 40000 ncm |
| Display Type | digital display |
| Torque | 5 - 60 |
| Model Name/Number | model 4 |
| Usage/Application | Clinical |
| Brand | TRISA ENTERPRISE |
| Weight | 7 kg |
| Storage Temperature | dry space |
| Motor Speed | 50 ncm - 40000 ncm |
| Warranty | 1 year |
| RPM | 50 - 40000 |
| Country of Origin | Made in India |
TE-4 Digital Physiodispenser.
Precision Control. Powerful Performance. Total Confidence.
The TE-4 Digital Physiodispenser by Trisa Enterprise is the most economical yet advanced digital physiodispenser, equipped with autoSense Technology and designed for confident, predictable implantology.
Built for daily clinical use, the TE-4 delivers precise torque control, stable speed performance, and smooth handling for both basal and conventional implant procedures—helping clinicians operate with ease, accuracy, and reduced fatigue.
Additional Information:
- Delivery Time: 3 - 7 days
DENTAL INTRAORAL WELDER
Product Brochure
| Equipment Type | syncrystalizer |
| Power Requirement | Electric |
| Usage | Clinic |
| Brand | Trisa Enterprise |
| Material | M |
| Cleaning Type | Manual |
| Warranty | 1 Year |
| Made In | India |
| Model Name/Number | TRISA ENTERPRISE SMART WELD TE1 |
| CE Certified | Yes |
| Country of Origin | Made in India |
TRISA ENTERPRISE SMART WELDER is a CE marked medical device used to join and stabilize immediate loading implants with a rigid splint in order to break down the masticatory forces applied on implants during healing and osseointegration. Intraoral Welding reduces mechanical stress, reduced procedure working time in the mouth, and maximum safety for the patient.
By means of a welding clamp endowed with copper electrodes, a pre-fabricated titanium bar is welded to the implant abutments directly in the oral cavity: an intense electric discharge passes through the contact point between the two titanium elements for a very short time (few milliseconds) without heating the surrounding tissues.
The current flowing between the titanium elements warms up the point of fusion, achieving a solid welded junction. Such rigid fixation reduces the mechanical stress exerted on each implant during mastication and prevents the risk of micromovements, thus favouring the stability of the implants during the early stages of bone integration. There is no risk for the patient since during the welding process the pliers are automatically disconnected from the mains and the heat produced is dissipated through the copper electrodes thanks to the greater thermal conductivity of copper compared to titanium.