About 3D Printing Robot Parts
| Robot Category | Core Hardware Component | Main 3D Printing Process | Typical Materials Used | Core Value Created by 3D Printing |
|---|---|---|---|---|
| Humanoid Robot | Torso thoracic bracket, load-bearing upper/lower leg bones | SLM | AlSi10Mg アルミニウム合金, TC4 titanium alloy | Delivers 20%–40% weight reduction via topology optimization and lattice infill, lowering limb moment of inertia; achieves part consolidation to eliminate assembly clearances |
| Humanoid Robot | Hip/knee/wrist joint adapters, reducer housings | SLM | High-strength aluminum alloy, 316L stainless steel | Integrates internal cable routing and hydraulic circuits to minimize external pipelines and connectors; fabricates complex irregular geometries in one pass to ensure coaxiality and dimensional accuracy |
| Humanoid Robot | Conformal motor cooling components, liquid cooling channel assemblies | SLM | Aluminum alloy, copper alloy | Conformal cooling channels conform closely to heat-generating surfaces, boosting heat dissipation efficiency by over 30%; complex internal flow paths unachievable with conventional machining |
| Humanoid Robot | Head face shields, body covers, protective shells | SLS / SLA | PA12 nylon, high-toughness photosensitive resin | Enables rapid iteration of free-form surfaces with no injection mold tooling required during R&D; integrates snap fits, mounting posts and ventilation holes in a single part |
| Quadruped Robot | Leg connecting rods, hip support frames | SLM | AlSi10Mg アルミニウム合金 | Extreme lightweight design improves dynamic performance such as jumping and running; incorporates internal tendon and wiring cavities to protect cabling |
| Quadruped Robot | Foot-end cushioning pads, shock-absorbing structures | FDM / SLS | TPU, flexible nylon | Customized lattice and texture structures tune shock absorption performance; enables graded stiffness design to adapt to diverse terrains |
| Quadruped Robot | Main control compartment, battery compartment frame | SLS / SLM | PA12-CF (carbon fiber reinforced nylon), アルミニウム合金 | Integrates mounting points and reinforcing ribs monolithically to reduce total part count; balances strength and lightweight design to extend battery life |
| Dexterous Hand / Collaborative Robotic Arm | Bionic phalanges, integrated flexible hinges | SLS / high-precision SLA | PA12 nylon, high-toughness resin | Eliminates need for bearings and pin assemblies, with zero motion backlash and no lubrication required; fabricates miniature complex joint structures in a single build |
| Dexterous Hand / Collaborative Robotic Arm | 6-axis force sensor elastic elements, センサーハウジング | SLM | 316L stainless steel, titanium alloy | Fabricates complex elastic beam structures monolithically to ensure uniform stress distribution; significantly improves sensor sensitivity and overload capacity |
| Dexterous Hand / Collaborative Robotic Arm | Customized grippers, end effectors | SLS / FDM | PA12 nylon, ABS, polycarbonate (PC) | Enables rapid modification and customization for different grasping scenarios; shorter lead times and far lower costs than machining and injection molding for low-volume production |
| Soft Bionic Robot | Pneumatic artificial muscles, soft actuators | PolyJet multi-material printing / DLP | Silicone, TPU, elastic resin | Achieves rigid-flexible integration and stiffness gradients in one piece; eliminates assembly for complex sealed internal cavities to ensure air tightness |
| Soft Bionic Robot | Bionic skin, tactile sensor substrates | Multi-material stereolithography | Flexible resin, conductive composite materials | Embeds sensing channels and electrodes for integrated structure and sensing; replicates the mechanical properties of biological tissues |
| Mobile Manipulator Robot | LiDAR / vision camera mounting brackets | SLA / SLS | Photosensitive resin, PA12 nylon | Enables precision mounting of multiple sensors to ensure calibration accuracy; lightweight design adds no extra payload to the end effector |
| Mobile Manipulator Robot | Irregular transmission parts for lifting mechanisms | SLM / SLS | Aluminum alloy, glass fiber reinforced nylon | Integrates complex transmission and guide structures to reduce cumulative assembly errors; more cost-effective than injection molding for low-volume production |
| Universal for All Categories | R&D verification prototypes, test fixtures and jigs | FDM / SLA | PLA, general-purpose resin | Cuts structural iteration cycles from weeks to days, matching the rapid pace of algorithm development; significantly reduces R&D trial-and-error costs |
海外クライアントからの声
“何か悪いことが起きるのではないかと、とても心配だった. しかし、商品を受け取った後, 私の心配は全くの杞憂だったことが分かった. DT 3D Printingは、品質が保証された非常に信頼性の高い工場だ。”
“製品の品質は最高だ – notch, その職人技は絶妙だ, 印刷の仕上がりは素晴らしい, そして配送スピードは本当に速い. 全体として, コストパフォーマンスに優れている, そして、私は非常に満足している。”
“印刷の質が本当に素晴らしい, そして価格はかなり手頃だ. 物流のスピードも速い. 総じて, DTは信頼できる工場だ, そして、今後も彼らと長期的に協力していくつもりだ。”
メーカー直販: コスト削減 & 完全な制御
製造元工場による金属3Dプリントサービス
Metal Materials Commonly Used:
ステンレス鋼 (316L/304L/17-4/347), アルミニウム合金 (6061/AISi10Mg/7075), チタン合金 (TC4/TA1), 型鋼 (S136/CX/1.2709), ニッケル高含有合金 (GH4169/GH3128/INCONEL625), 真鍮合金 (CuCrZr/Tin Bronze)…
Metal Materials are Customizable for Bulk Printing
なぜ当社を選ぶのか?
1. Source Factory: 30 SLMメタル3Dプリンター, 14 CNC工作機械, 数十カ所の後処理施設, および 60 産業用プラスチック3Dプリンター, (数字は増え続けている…)
2. 産業用金属3Dプリンティングの専門知識: コアチームと 10+ 3Dプリントの歴史 & CNC精密加工
3. ワンストップ3Dプリントサービス: SLM / SLA / MJF / FDM / SLS / DLP / BJ
4. ワンストップ製造: 3Dプリント / CNC加工 / 後処理
5. 3Dモデルサポート: デザイン, 最適化 & 修正
6. ラピッドプロトタイピング: 納期は 24 営業時間 (イラストの後 & 注文確認)
New Customer Special Offer
We are good at 3D – printing industrial robots, like 6 axis robot, hexapod robot, など.
Welcome to consult.
There is no MOQ (Minimum Order Quantity) limit here, since this is what 3D printing’s advantage, and we provide Rapid Prototyping service to you.