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HA Technology

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HA Technology

Plan-it implants with HA (HydroxyApatite) coating combined with imported Titanium from Zapp – Germany have “Level 5 hardness”

  • HA (Hydroxy Apatite) is a material with a structure similar to human bone structure, developed by Himed – USA with a development history of more than 30 years.
  • Plan-it implants are coated with HA mixture with a surface The roughest surface in the world: 4.5 ㎛ (compared to products processed by SLA technology: 1.8 – 2.3 ㎛) and has outstanding bone recovery ability.
  • This product is especially suitable for weak, poor quality bones or bone transplant surgery, 99.8% success rate on all types of bones (1mm bone, cancellous bone…).
  • Suitable subjects for implantation:
    + Women with reduced bone density after the age of 40, postmenopausal women.
    + Implant surgery combined with bone grafting (including sinus augmentation surgery and bone grafting).
    + Suitable for immediate implantation surgery.
    + Implantation surgery for the elderly with medical conditions such as diabetes or high blood pressure.
    + All cases that avoid the risk of failure higher than normal, including re-implantation.

  1. HIMED with more than 30 years of history in producing HA (HydroxyApatite) powder and the world’s No. 1 HA coating technology.
  2. Evaluated in detail and certified for all products.
  3. Inspected and certified for each batch after production export.
  4. In the world, companies use HA coating for Implant products such as: Osstem implant (TS3 HA), Implact direct Legacy HA and Paragon implant.


Plant-it is the result of cooperation between Korea – the United States in the development of HA-coated Implant pillars.

  1. Hardness 5 titanium is imported from Zapp, Germany – the world’s No. 1 company in the production of high-quality medical titanium.
  2. Plan-it Company processes the titanium part after it is imported from Germany.
  3. At HIMED:
    – First surface treatment by HA blasting method (so that the roughness is 2.1).
    – Coat the HA mixture with plasma technology.
    –  All products will be re-inspected after HA coating.
  4. After receiving the product from Himed, Plant-it will re-inspecte and package it.
  5. Gamma sterilization after packaging the product.

Clinical value of plan-it HA implants

  • HA-coated implants are much better than implants without HA coating.
  • HA-coated implants have better bone integration:
    + HA-coated implants show faster bone formation around the implant site.
    + HA-coated implants have a strong advantage in early bone formation on the bone and implant surface.
  • HA-coated implants are a top choice with a higher success rate for patients with poor bone quality.

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The failure rate of implant common iszero with an HA coating was 13.4% after 36 months.

The overall failure rate of implants with an HA (Hydroxyapatite) coating was 3.9% after 36 months.

The highest failure rate for implants without an HA coating: Bone D3 – 19.1%, Bone D4 – 25.5%.

In thecase Implant with an HA coating,does not have a difference with the integration according to the quality of the bone.

Annals of periodontology

Implant surface coating and bone quality-related survival
Outcomes through 36 months post-placement of root-form
Endosseous dental implants

Richard S. Truhlar, Harold F. Morris, Shigeru Ochi

Implant Plant-it hasahigh success ratethatdoes dependonthequality of the bone.

Implanthas HA Coating:

Independent of bone quality, including both hard and soft bone, HA-coated implants provide superior success rates and bone integration in all cases.

Especially in cases of porous and soft bone, using HA-coated implants has a 19% higher success rate and durability.

Global Implant Summit Lecture

– Los Angeles November 2018

Gerald A. Niznick DMD, MSD

Common Risks: implant fracture broken and loose screws.

– Due to eating habits, Vietnamese people have a bite force more than twice as strong as Westerners.

– Using large-diameter implants to overcome the bite force of Vietnamese people is the direct cause of bone loss.

– Implants treated with SLA surface only achieve titanium hardness level 4 – due to acid corrosion (main component in SLA coating.

* Common risks

– Increased cost and time (re-restoration, re-surgery).

– Increased additional costs (bone grafting, …).

– Tooth loss.

– Difficulty in re-surgery due to lateral bone loss (the jaw bone on the side gradually disappears).

Implant plan-it HA use using titanium with hardness “Level 5” (ELI)

■ The superiority of using “Level 5” titanium over “Level 4” of SLA surface treatment technology (All SLA products)

– Tensile strength – 56% higher.

– Flexural strength – Higher than 63%.

■ Using high-strength materials is a global trend of leading brands:

– Zimmer – ELI level 5

– Straumann – Roxolid 

– Bicon – ELI level 5

– Biohorizons – ELI level 5

– Implant Direct – ELI level 5

– Spectra implant – ELI level 5

■ Improved