



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 aluminum alloy, 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 aluminum alloy | 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), aluminum alloy | 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, sensor housings | 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 |
Mărturii ale clienților din străinătate

“Eram foarte îngrijorat că s-ar putea întâmpla ceva rău. Dar după ce ați primit produsul, Am constatat că îngrijorarea mea era total nejustificată. DT 3D Printing este o fabrică foarte fiabilă, cu calitate garantată.”


“Calitatea produsului este de top – notch, măiestria este excepțională, efectul de tipărire este excelent, iar viteza de livrare este foarte mare. În ansamblu, oferă un raport calitate-preț excelent, și sunt extrem de mulțumit.”


“Calitatea tipăririi este cu adevărat excelentă, iar prețul este destul de accesibil. Viteza serviciilor logistice este, de asemenea, rapidă. În concluzie, DT este o fabrică de încredere, și vom continua să colaborăm cu ei pe termen lung.”









Direct de la fabrică: costuri mai mici & control deplin
Serviciu de imprimare 3D pe metal de la o fabrică de producție directă
Materiale metalice utilizate frecvent:
Oțel inoxidabil (316L/304L/17-4/347), Aliaj de aluminiu (6061/AISi10Mg/7075), Aliaj de titan (TC4/TA1), Oțel matrițat (S136/CX/1.2709), Aliaj bogat în nichel (GH4169/GH3128/INCONEL625), Aliaj de alamă (CuCrZr/Tin Bronze)…
Materialele metalice pot fi personalizate pentru tipărirea în serie
De ce să ne alegeți?
1. Source Factory: 30 Imprimante 3D SLM Metal, 14 Mașini CNC, Zeci de unități de post-procesare, și 60 Imprimante 3D industriale pentru plastic, (Cifrele continuă să crească…)
2. Expertiză în imprimarea 3D a metalelor industriale: echipa de bază cu 10+ ani în domeniul imprimării 3D & Prelucrare de precizie CNC
3. Serviciu complet de imprimare 3D: SLM / SLA / MJF / FDM / SLS / DLP / BJ
4. Producție completă: 3Imprimare 3D / Prelucrare CNC / post-procesare
5. 3Suport pentru modelul D: design, optimizare & repararea
6. Prototipare rapidă: Termenul de livrare ar putea fi de 24 ore (după desene & confirmare comandă)7. Garanția calității: retipărire gratuită în cazul defectelor








New Customer Special Offer
We are good at 3D – printing industrial robots, like 6 axis robot, hexapod robot, etc..
Vă invităm să ne contactați.
Nu există o cantitate minimă de comandă (MOQ) (Cantitatea minimă de comandă) limită aici, since this is what 3D printing’s advantage, and we provide Rapid Prototyping service to you.









