Real-World Case Studies and Customer Success Stories with Sculpteo

Koovea used 3D printing to develop durable, customizable temperature sensors, responding quickly to client needs and ensuring electronic components fit in compact enclosures.

Generation Robots used Sculpteo's 3D printing platform to make Poppy Humanoid robots. They needed a way to produce 33 unique parts for each robot and respond to custom orders. With powder bed industr...ial 3D printing and Selective Laser Sintering, they print all parts in one batch. This saves time and cuts costs. On-demand production lets them avoid inventory and quickly meet customer needs. They use PA12 material for strong, light parts with smooth finishes.
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Koovea used 3D printing to develop durable, customizable temperature sensors, responding quickly to client needs and ensuring electronic components fit in compact enclosures.

Sculpteo’s 3D printing technology helped Overline Systems quickly create customizable headphone frames for their Broadband UHF intercom system. Overline Systems needed fast, economical production to ...keep up with market trends and customer needs. Using Multi Jet Fusion and PA12 material, they produced 15 unique headphone parts in a single batch, saving time and reducing costs. The Color Resist finish gave the headphones a durable, UV-stable, and consistent look. Overline Systems moved from prototype to finished product rapidly while staying within budget.
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Sculpteo's 3D printing platform helped UWTI move from prototyping to production for their interactive business game. UWTI needed to create custom bricks that fit electronic parts and could handle rep...eated use. Using SLS and Multi Jet Fusion 3D printing, they quickly tested designs and produced 500 units without large upfront costs. The process let them adjust production to market demand and reduce inventory risks. Sculpteo's online tools made ordering and material selection easy for UWTI.
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Sculpteo's 3D printing service helped WeRobotics make cargo drones for remote health services. WeRobotics needed fast, affordable, and lightweight drone parts for small production runs. Their in-hous...e 3D printers could not deliver the needed quality or consistency. Sculpteo provided professional-grade parts quickly, using SLS technology and Nylon PA 12. This let WeRobotics reduce drone weight, speed up assembly, and adapt designs for different regions.
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Sculpteo’s online 3D printing service helped Bernay Automation customize their vibrating bowl’s corkscrew funnel. The company needed a fast, reliable, and sustainable way to make this part. Using Mul...ti Jet Fusion technology and PA 11 material, they reduced production time from weeks to days. The new process cut labor, energy, and material use. Bernay Automation kept high mechanical performance and made their production more flexible and eco-friendly.
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Koovea used 3D printing to develop their K-TAG temperature sensor. They needed a compact, durable enclosure for electronics and fast product iterations. 3D printing let them quickly prototype four ve...rsions in three months. They tested the sensors in extreme temperatures and high humidity. Koovea added custom features like a magnet holder using 3D printing. They chose Nylon PA12 for its strength, cost, and finish, helping them innovate faster and control expenses.
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Sculpteo’s 3D printing service helped Lunaar create custom clips to attach connected glasses to many types of safety helmets. Lunaar needed a flexible, robust, and sustainable solution to stay compet...itive and support digital transformation for their clients. Using Sculpteo’s additive manufacturing and Ultrasint PA11, Lunaar produced adaptable connectors for small production runs. This solution improved sustainability by reducing travel and paper use, and allowed Lunaar to serve more customers with different helmet brands.
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Schlather GmbH used Sculpteo's 3D printing platform to create dynamic foot orthosis (DFO) for patients. The challenge was to make custom medical aids that are lighter and more comfortable. With HP Mu...lti Jet Fusion technology and polypropylene material, Schlather produced individualized DFOs with reduced weight and thickness. The new process made it easier to design and manufacture aids on demand. Patients now get high-quality, custom-fit orthoses faster and with more design options.
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Sculpteo's 3D printing platform helped Daniel Robert Orthopedics make custom orthoses and prostheses. The company used 3D models to design unique, lightweight, and breathable devices for each patient.... Sculpteo's technology allowed fast, repeatable, and high-quality production using biocompatible materials like Ultrasint PA11. Integrated assembly features reduced parts and costs. The platform's quick ordering and clear pricing improved efficiency for Daniel Robert Orthopedics.
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Sculpteo 3D printing helps Macu4 make custom forearm prosthetics. Macu4 uses additive manufacturing to design lightweight, modular, and affordable arm prostheses. 3D printing lets them create comfort...able, tailored devices for kids and adults. The process cuts costs and speeds up production compared to traditional methods. Macu4 can quickly replace prosthetics as children grow, keeping prices low and quality high.
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Sculpteo helped Hexadrone develop the TUNDRA drone using 3D printing. Hexadrone needed fast prototyping and on-demand manufacturing for customizable drone parts. 3D printing allowed Hexadrone to quic...kly test and improve designs, saving time and money. Sculpteo's digital manufacturing services let Hexadrone produce parts as needed, reducing inventory costs. Hexadrone could meet unique customer requests and avoid issues like oversupply and obsolescence.
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Sculpteo helped Girbau improve their laundry folding machines using 3D printing. Girbau needed a precise, cost-effective part to optimize airflow and reduce noise. Sculpteo supported the design and p...rinting process, using LCD technology and EPD 1006 resin for high accuracy. The new part lowered air pressure needs from 5.5 bars to 4 bars, cutting air use and making the machine more sustainable. Girbau achieved a better design at a lower cost than traditional manufacturing.
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REF Bikes developed an exclusive, efficient, and aesthetically pleasing part for their modular bike assembly system, enabling quick small production batches.

REF Bikes developed an exclusive, efficient, and aesthetically pleasing part for their modular bike assembly system, enabling quick small production batches.

Sculpteo helped a national neuroscience research institute in France make custom headsets for brain research. The team needed a better way to keep subjects' heads still during MEG scans. Sculpteo use...d 3D printing to make head-casts that fit each subject perfectly. This new process saved time, cut costs, and made the headsets more comfortable. The research team now collects better data with less effort.
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Blackfoot developed a lightweight, water and dust-proof collar for cats, enhancing pet behavior tracking and well-being.

Blackfoot developed a lightweight, water and dust-proof collar for cats, enhancing pet behavior tracking and well-being.

Sculpteo's 3D printing service helped Conscience Robotics speed up product design and prototyping. They used additive manufacturing to create robot skins and pre-marking modules for their Bering robo...t. This approach reduced time between design and first production, improved product quality, and supported sustainability goals. The company used advanced materials like PA12 and polypropylene for durability and eco-friendliness. Sculpteo's local production and material options aligned with Conscience Robotics' values.
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