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市場調查報告書
商品編碼
2095780

整形外科3D列印市場(2025-2030):百大技術與重點公司

3D Printing Market & Technologies for Orthopaedics 2025-2030 and Top 100 Players

出版日期: | 出版商: AVICENNE | 英文 185+ Pages, 300+ Exhibits | 商品交期: 最快1-2個工作天內

價格
簡介目錄

概述:

這份長達185頁的報告,運用300多張圖表,詳細概述了2025年至2030年全球整形外科3D列印市場和技術的發展趨勢。報告以概況介紹的形式,詳細說明了排名前100位的領導企業,內容涵蓋每家企業在整形外科3D列印領域的歷史沿革、各品牌3D列印機的安裝數量、主要產品、主要客戶、合作夥伴及收購情況,以及收入及其在3D列印行業中的組成。

100家主要公司簡介

  • 35家與整形外科相關企業活躍於3D列印領域
  • 3D列印領域排名前20的領導企業行銷官
  • 25家在3D列印領域營運的合約行銷組織
  • 20家3D列印設備和服務供應商。

目錄

重要通知

調查目的

目錄

一、摘要和調查方法

  • 摘要整理:整形外科的 3D 列印市場與技術(2025-2030 年)
  • 調查方法

二、整形外科環境

  • 契約製造市場的價值鏈
  • 整形外科的宏觀環境:政治、經濟、社會/文化、技術、環境、法律/法規
  • 市場促進因素
  • 1950年至2050年全球人口成長及65歲以上人口
  • 市場促進因素
  • 人口統計與經濟
  • 整形外科通常較規避風險,很少有顛覆性創新,而有許多小規模的漸進式創新。
  • 創新和新產品驅動市場發展。
  • 具有創新精神的外科醫生正在尋找新產品。各國外科醫生比例(按類別分類)
  • 市場限制因素
  • 監管與認證
  • 贖回和價格管制
  • MDR(醫療設備法規):對歐洲的影響
  • 基於醫療器材指令 (MDD) 的 CE 標誌產品有效期約為 5 年,但在 MDD 到期前,需要提交基於臨床支援的醫療器材不良事件報告 (MDR) 的檢驗申請。點擊此處了解更多。
  • 歐洲的嘻哈服飾價格呈現持續下降的趨勢。
  • 贖回價格的降低並不經常發生,因此從長遠來看,它們仍然是可控的。
  • 已開發國家髖關節ASP侵蝕
  • 已開發國家膝關節ASP侵蝕
  • 歐洲髖關節平均價格趨勢(2003-2025):法國、德國、英國、義大利、歐洲平均水平
  • 價格下降預測(2025-2030年):美國、澳洲、日本、法國
  • 歐洲健康保險報銷平均價格趨勢(歐元),包括各國具體差異。
  • 法規、認證
  • 德國、法國和義大利的聯合採購
  • 整形外科銷售管道

三、整形外科3D列印技術的歷史、細分與目標市場

  • 整形外科3D列印技術發展史
  • Zimmer 與小梁鉭的故事
  • 3D列印技術對於促進和改善骨整合的重組植入極具吸引力。
  • Zimmer 骨小梁金屬相關植入
  • Zimmer Biomet 同時採用了小梁金屬和 3D 列印技術。
  • 使用 3D 列印技術的醫療設備已獲得美國 FDA 批准。
  • 金屬3D列印:技術與領導企業,EOS、Arcam、Nikon-SLM Solutions、Concept Laser等
  • 代表性金屬3D列印系統列印速度與解析度比較:電子束熔化與選擇性雷射熔融
  • 隨著 3D 列印成本的降低,目標市場應該會擴大。
  • 金屬黏著劑噴塗

第四部分-整形外科3D列印:主要參與者、策略、2025年市場規模及2030年預測

  • Lima-Enovis:3D列印活動詳情
  • 北京AK醫療:3D列印活動詳情
  • Implantcast:3D列印活動詳情
  • Smith & Nephew 使用 3D 列印技術在金屬和塑膠上製造髖關節杯和客製化切割塊。
  • 史賽克宣布對3D列印技術進行大規模投資。
  • Stryker 目前的 3D 列印產品:膝關節、籠式支架等。
  • Lincotek 3D列印活動詳情
  • Depuy Spine 利用 3D 列印技術製作複雜手術器械的原型。
  • 德普公司於 2019 年 1 月宣布將投資 4,100 萬美元用於 3D 列印,並於 2022 年 3 月開始 3D 列印膝關節。
  • DePuy Synthes 從 Tissue Regeneration Systems Inc. 收購了 3D 列印技術。
  • DePuy Synthes 在美國推出 3D 列印鈦金屬臉部重組植入。
  • XILLOC 已投資購買用於顱顎顏面手術的 EOS 設備。
  • 3D列印是契約製造的最佳選擇嗎?本文分析了3D列印領域最先進的契約製造公司之一。
  • 許多大型契約製造正在投資3D列印技術,並在經歷最初的學習階段後,進入規模化生產階段。對於代工製造商而言,策略性問題在於3D列印技術是否會繼續侷限於個別OEM公司。
  • 整形外科設備供應商,客戶和供應商安裝的3D列印機數量:EOS、ARCAM、CONCEPT LASER、Nikon-SLM Solutions、3D Systems、Renishaw 等及其客戶
  • 主要機器供應商安裝的 3D 列印機數量趨勢:整形外科使用的 3D 列印機數量(2015-2025 年,EOS、Arcam、Concept Laser、3D Systems、Nikon-SLM、Trumpf、Renishaw 等)
  • 2025 年 3D 列印契約製造市場參與企業:前 4 位市場領導將佔四分之一的市場佔有率,接下來的 16 家公司將佔另外四分之一的市場佔有率,再接下來的 20 家公司將只佔 10% 的市場佔有率。
  • 使用 3D 列印技術製造的最常見整形外科產品包括:髖臼杯、膝關節脛骨板、脊柱籠和肩胛盂。
  • 3D列印是植入契約製造的最佳選擇嗎?本文分析了與重組植入、標準籠、特殊籠子和客製化植入相關的各種產品和主要公司。
  • 3D列印是醫療設備契約製造的最佳選擇嗎?本文分析了參與客製化切割導軌和複雜醫療設備生產的各種產品和參與企業。
  • 3D列印技術正在大眾市場中廣泛應用,並應用於多種主要產品。
  • 使用 3D 列印技術製造的植入數量:Zimmer Biomet、Enovis、Advita、Adler Ortho
  • 傳統製造流程與3D列印製程:成本比較
  • 3D列印對植入鍛造、鑄造和機械加工的影響。應用3D列印技術最先進的產品包括:髖關節杯、脛骨膝關節板、脊椎融合器。
  • 髖關節:製造流程和原料與其他製程的比較:2025 年製造製程構成:鍛造鈦、鍛造或機械加工不鏽鋼、鑄造鉻鈷合金和 3D 列印鈦。 2030 年預測:鍛造鈦、鍛造或機械加工不鏽鋼、鑄造鉻鈷合金和 3D 列印鈦。
  • 膝關節:製造製程、原料及其他製程比較:2025 年製造製程構成:鍛造鈦、鍛造或機械加工不鏽鋼、鑄造鉻鈷合金以及 3D 列印鈦或鉻鈷合金。 2030 年預測:鍛造鈦、鍛造或機械加工不鏽鋼、鑄造鉻鈷合金以及 3D 列印鈦或鉻鈷合金。
  • 籠子的製造方法:3D列印、機械加工等
  • 3D列印內部製造和契約製造市場(美元):3D列印契約製造和OEM內部製造,2015-2025年和2025-2030年預測
  • 從 2025 年到 2030 年,對 3D 列印髖關節杯、膝關節和脛骨板、肩胛盂、脊柱籠和其他列印零件的需求預計將會成長。
  • 摘要整理:3D列印市場及趨勢、促進因素與阻礙因素、競爭格局與參與者策略、關鍵成功因素

V -整形外科領域排名前 100 的 3D 列印公司

  • 35家從事整形外科3D列印領域的OEM公司
  • 3D列印領域首席行銷長領導者:20家公司
  • 25家在3D列印領域營運的合約行銷組織
  • 3D列印機供應商:20家公司

研究公司簡介

簡介目錄
Product Code: 3D-07-2026

Overview:

This report contains 185+ pages and more than 300+ exhibits detailing worldwide 3D printing market and technologies for orthopedics 2025-2030. The profiles of the Top 100 main players are detailed in the form of fact sheets: company history in 3D printing for orthopedics, number of 3D printing machines installed for each brand, major products manufactured, major customers, partners and acquisitions, revenues and revenue breakdowns in 3D printing.

Player profile 100:

  • 35 Orthopedic companies active in 3D printing
  • 20 CMO leaders in 3D printing
  • 25 CMOs operating in 3D printing
  • 20 3D printing machine & services suppliers.

Table of Contents

Important notice

Aim of the Survey

Table of contents

I- Summary & methodology

  • Executive summary: 3D printing market & Technologies for orthopedics 2025-2030
  • Methodology

II- Orthopedic environment

  • Contract Manufacturing market value chain
  • Orthopedics Macro environment: Political, Economical, social/culture, technological, environment, legal & regulatory
  • Market Drivers
  • Global population growth 1950-2050 and people over 65
  • The market drivers
  • Demographic & Economic
  • Orthopedics is generally risk-averse with few disruptive innovations, many small incremental innovations
  • Innovation and new products pull the market
  • Innovative surgeons are looking for new products, % of the surgeons by category in each type of country
  • The market limiters
  • Regulatory & Certification
  • Reimbursement and pricing regulation
  • MDR (Medical Device Regulation): Impact in Europe
  • A product’s CE marked under MDD will remain valid for about 5 years, which will necessitate a mandatory request for validation under MDR, backed up by clinical studies, before the MDD expiry date: details
  • Hip Price trends in Europe show regular decrease
  • Reimbursement price decreases are not frequent; hence they have been manageable over the long term
  • Hip ASP erosion in developed countries
  • Knee ASP erosion in developed countries
  • Hip average price trend in Europe 2003-2025: France, Germany, UK, Italy, Average Europe
  • Price erosion forecast 2025-2030 USA, Australia, Japan, France
  • Reimbursement HIP average price trend in Europe (€), including country disparities
  • Regulatory, Certification
  • Group purchasing in Germany, France and Italy
  • The orthopedic sales channels

III- History of 3D printing for orthopedics, segmentation and addressable markets

  • History of Orthopedic 3D Printing
  • Story of Zimmer and Trabecular Tantalum
  • 3D Printing is attractive for reconstructive implants to accelerate and improve osteo-integration
  • Zimmer, Trabecular Metal related implants
  • Zimmer Biomet uses both Trabecular Metal and 3D printing technologies
  • FDA clearance for medical devices using 3D Printing in USA
  • Metal 3D Printing: technologies and major players, EOS, Arcam, Nikon-SLM Solutions, Concept Laser, Other
  • Illustrative build-up speed and resolution of selected Metal 3D Printing systems: EBM Vs Selective Laser Melting
  • Addressable market should increase with lower 3D Printing cost
  • Metal Binder Jetting

IV- 3D printing for orthopedics: players, strategies, 2025 market and forecast by 2030

  • Lima – Enovis: 3D Printing activity details
  • Beijing AK MEDICAL: 3D Printing activity details
  • Implantcast: 3D Printing activity details
  • Smith & Nephew uses 3D Printing for metal and for plastic to produce hip cup & customized cutting blocks
  • Stryker has announced massive investments in 3D Printing
  • Stryker current products made by 3D printing: Knee, cages, other
  • Lincotek 3D Printing activity details
  • Depuy Spine uses 3D Printing for prototyping complex surgical tools
  • Depuy announced investments of US$41M in 3D printing in January 2019 & launched knee 3D printing in March 2022
  • DePuy Synthes has acquired 3D printing technology from Tissue Regeneration Systems Inc.
  • DePuy Synthes Launched 3D Printed Titanium Facial Reconstruction Implants in U.S.
  • XILLOC invested in EOS machines for Cranio-Maxillofacial applications
  • Is 3D Printing the right option for the Contract Manufacturing business? Analysis of one of the most advanced Contract Manufacturers in 3D printing
  • Most large contract manufacturers are investing in 3D printing and, after an initial learning curve, are moving into the scale-up phase. The strategic question for CMO: Will 3D Printing technology be kept in-house by OEMs?
  • Equipment suppliers for Orthopedics, 3D printing machines Installed base per customer and per supplier: EOS, ARCAM, CONCEPT LASER, Nikon-SLM Solutions, 3D Systems, Renishaw, other and their customers
  • Trend of the installed bases of the main machine suppliers: the number of 3D printing machines used in orthopedics 2015-2025 for EOS, Arcam, Concept Laser, 3D Systems, Nikon-SLM, Trumpf, Renishaw, other
  • 3D printing contract manufacturing market share by player in 2025: Four market leaders share one-quarter of the market; the next 16 companies share another quarter; and the next 20 companies only 10%
  • The most popular orthopedic products manufactured using 3D printing: hip cups, knee tibial plates, spine cages and shoulder glenoids
  • Is 3D Printing the right option for the implant Contract Manufacturing business? Analysis of different products & players for reconstructive implants, standard cages, special cages and customized implants
  • Is 3D Printing the right option for the instruments Contract Manufacturing business? Analysis of different products & players for customized cutting guides and complex instruments
  • 3D printing reaches the mass market for a few key products
  • Number of implants produced using 3D Printing: Zimmer Biomet, Enovis, Advita, Adler Ortho, ..
  • Standard manufacturing process Vs 3D Printing process: cost comparison
  • 3D Printing impact on the forging, casting & machining of implants. The most advanced players in the use of 3D printing: hip cups, tibial knee plates and spinal cages
  • Hip: manufacturing process and raw materials Vs other processes: 2025 split by manufacturing processes: forged Ti, forged or machined stainless steel, casted CrCo, and 3D printed Ti. 2030 forecasts: forged Ti, forged or machined stainless steel, casted CrCo, and 3D printed Ti
  • Knee: manufacturing process and raw materials Vs other processes: 2025 split by manufacturing processes: forged Ti, forged or machined stainless steel, casted CrCo, and 3D printed Ti or CrCo. 2030 forecasts: forged Ti, forged or machined stainless steel, casted CrCo, and 3D printed Ti or CrCo
  • Cages by manufacturing processes: 3D printing, machined and others
  • 3D printing in-house & contract manufactured market in MUS$: 3D printing contract manufacturing & OEMs in-house manufacturing, 2015-2025 & 2025-2030 forecasts
  • 2025-2030 predictable growth for 3D printing hip cups, knee tibial plates, shoulder glenoids, spine cages and other printed parts
  • Executive summary: 3D Printing market & trends, drivers & limiters, competitive Landscape & player strategies, key success factors

V- Top 100 Players in 3D Printing for orthopedics

  • Orthopedic OEMs in 3D printing: 35 players
  • CMO leaders in 3D printing: 20 players
  • CMOs operating in 3D printing: 25 players
  • 3D printing machine suppliers: 20 players

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