Ceramic Tube for Minimally Invasive Surgery

The ceramic tube for minimally invasive surgery is an innovative and important component. The ceramic tube for minimally invasive surgery provides precise and smooth passage for surgical instruments, facilitating the minimally invasive approach and reducing trauma to the patient's tissues. The ceramic tube for minimally invasive surgery has a smooth surface that helps minimize friction and reduce potential damage to delicate surgical tools and tissues. The ceramic tube for minimally invasive surgery contributes to the success and safety of these advanced surgical techniques by providing superior properties and functionality

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Products Description

The ceramic tube for minimally invasive surgery is an innovative and important component.The ceramic tube for minimally invasive surgery provides precise and smooth passage for surgical instruments, facilitating the minimally invasive approach and reducing trauma to the patient's tissues.The ceramic tube for minimally invasive surgery has a smooth surface that helps minimize friction and reduce potential damage to delicate surgical tools and tissues. The ceramic tube for minimally invasive surgery contributes to the success and safety of these advanced surgical techniques by providing superior properties and functionality.

Ceramic Tube for Minimally Invasive Surgery

Product name	Ceramic Tube for Minimally Invasive Surgery
Material	Customized according to the client's requirements
Color	Customized according to the client's requirements
size	Customized according to the client's requirements
Machining accuracy	±0.001mm
Packaging	Carton /Pallet/Wooden case (According to client requirement )
Delivery time	Standard Product-Within 3 days
Items Design	According to the client's drawing or samples
Features	Good quality, low price, Multiple factories, deliver to you based on the one closest to your location
Application	Industrial Ceramics
Certificate	ISO, CE

Ceramics performance parameter

Number	Performance	Unit
			95 Porcelain	97 Porcelain	99 Porcelain	99 Porcelain	995 Porcelain	997 Porcelain	999 Porcelain	Zirconia Toughened Alumina	Alumina Toughened Zirconia	Zirconia
			Al2O3	Al2O3	Al2O3	Al2O3	Al2O3	Al2O3	Al2O3	ZTA	ATZ	Zirconia
1	Density	g/cm3	3.7	3.8~3.85	3.85	3.9	3.9	3.92	3.98	4.0~4.3	≥5.25	6.00~6.10
2	Flexural strength	MPa	304	320	340	450	370	400	550-600	700	≥650	≥1100
3	Fracture toughness	MPa·m1/2	4	4.5	5.6-6	6.2	5.6-6	5.6-6	2.8-4.5	7	≥7	8
4	Dielectric constant	εr(20℃,1MHz)	9.0	9.2	9.5	9.5	9.7	9.8	9.9	9.2	9.2	10.6
5	Hardness	GPa	12.8-15	15	15-16			16.3	16.3-18	13	14.5	15
	Hardness	HRC	73-79	79	79-80			81	81-83	76	78	79
6	Volume resistivity	Ω·cm(20℃)	10 13	10 14	10 14	10 14	10 14	10 14	10 14	10 14	10 14	10 14
7	Elastic modulus	GPa	320	350	330	350	380	380	400	300	280	220
8	Coefficient of thermal expansion	×10-6/k	7.6	7.6	7.6	7.6	7.6	5.4-8.4	6.4-8.9	8.3	8.5	10.2
9	Compressive strength	MPa	1910	2100	2210	2500	2300	2300	2300	2400	2450	2500
10	Abrasions	g/cm2	0.2	0.1	0.1	0.1	0.1	0.1	0.1	0.1	0.1	0.01
11	Thermal conductivity	W/m×k(20℃)	20	24~27	34	38	35	35	38.9	27	37	27
12	Poisson's ratio	/	0.22	0.22	0.22	0.22	0.22	0.22	0.22	0.25	0.26	0.3
13	Insulation strength	kv/mm	27	28	28	28	28	30	30	30	30	32
14	Temperature	℃	1520-1600	1650	1650	1650	1650	1700	1700	1800	1650	1520

Core Performance

Biocompatibility and Bioactivity: This is the most critical property and a fundamental requirement for all implantable ceramic medical devices. The material is safe for the human body and does not cause severe rejection reactions. More importantly, certain biomedical ceramics (such as β-tricalcium phosphate) possess bioactivity, enabling beneficial biochemical interactions with human tissue to promote cell adhesion and new bone formation.
Degradability: Ceramic rods used for bone repair are often engineered to be gradually absorbed and degraded by the body. While supporting and guiding new bone growth, the material slowly degrades, ultimately being completely replaced by the body's own newly formed bone tissue, achieving perfect osseointegration.
Optimal Structure and Mechanical Properties: Their porous structure provides a three-dimensional space for cell growth and vascular ingrowth. Simultaneously, it provides sufficient mechanical support during the initial implantation phase to prevent bone collapse, while its mechanical strength dynamically increases as new bone grows.
Surgical Friendliness: Compared to traditional joint replacement surgery, hip-preserving procedures using ceramic rods offer advantages such as reduced trauma, minimal bleeding, shorter operating times, and faster postoperative recovery.