Prototipazione di dispositivi medici Servizi
DEK has specialized and extensive experience in medical device prototyping and manufacturing, and we offer reliable medical prototyping and manufacturing services. Combining advanced technology and a reservoir of expertise, from simple to complex medical components, we produce on-demand at competitive prices, launching products to market faster through rapid prototyping, bridging tools, and low-volume production.
- Prodotti per la produzione
- Assistenza tecnica 24/7
- ISO 13485 Certification
- Analisi del design per la produzione (DFM)
Medical Device Prototyping and Manufacturing
DEK is an outstanding manufacturer of medical device prototypes and custom medical parts. Since our establishment, we have been committed to utilizing advanced technologies to maintain low costs and high-quality output. Our manufacturing capabilities include CNC machining, injection molding, vacuum casting, 3D printing, die casting and sheet metal fabrication.
We can provide over 50 certified biocompatible, non-toxic, or sterilizable materials. With our experienced technical support team, DEK excels in medical device prototype design while also offering high-precision custom medical components with tolerances as tight as +/-0.01mm, ensuring consistent quality and fast delivery.
We take pride in partnering with industry leaders to bring new products into the markets of clinical care, diagnostics, research and rehabilitation. Our success stories include handheld devices, surgical instruments, diagnostic equipment, medical device housings, health monitors, and other medical devices.DEK has no minimum order quantities and offers solutions for projects of any scale or complexity. Our strict adherence to ISO 13485 ensures that medical prototypes and parts meet design requirements for human safety, size, performance and durability.
Handheld Device
Vital Sign Monitor
Medical Storage Cabinet
CT Scanner
Alloggiamento per dispositivi medici
Medical Cart
Medical Oxygen Machine
Surgical Instrument
Prototipazione di dispositivi medici Capacità
Lavorazione CNC
DEK has 3-axis, 4-axis, 5-axis and other advanced CNC machining centers, which can provide a variety of plastics and metals , including ABS, nylon, PP, PU, PS, aluminum, titanium, stainless steel, and other product-grade materials.
Our engineering and production teams have extensive experience and design flexibility in medical device prototyping and part manufacturing, enabling rapid physical prototyping of complex geometries and accelerated time-to-market. From medical prototypes to lavorazione CNC di piccoli lotti, DEK can provide you with cost-effective quotes based on market prices and fast delivery of high-quality, biocompatible parts.
Stampaggio a iniezione
At DEK, we specialize in manufacturing medical device prototypes and custom parts through our proven injection molding capabilities. We use a variety of materials including medical grade plastics (PE, PU), PP, PC, PS, ABS, silicone rubber, etc. to ensure compliance with stringent safety and usability standards.
Our injection molding process is ideally suited for rapid prototyping and low-volume production, achieving complex geometries and tight tolerances for medical prototypes that can be functionally validated and tested before full-scale manufacturing. By integrating feedback at every stage, we help you bring medical innovations to life, including microfluidic devices, medical device housings, health monitors and other medical devices or components.
Lavorazione della lamiera
DEK offers reliable sheet metal medical prototyping and custom part fabrication services, including everything from sheet metal fabrication and precision molding of small, complex parts to a full range of cutting, shaping, and finishing to meet your diverse needs.
We have a wide selection of metal materials to choose from, including stainless steel, aluminum, titanium, and brass. In addition, we can provide a variety of surface treatments, such as painting, plating, anodizing, and polishing, to improve the corrosion resistance and aesthetics of medical parts. Meanwhile, we can also offer laser cutting and engraving services to improve the accuracy of the parts. Some of our success stories include medical diagnostic equipment, medical device housings and instrument storage cabinets.
Colata sotto vuoto
DEK specializes in vacuum casting methods for medical device prototypes or components, including device displays, diagnostic equipment housings, wearable sensor housings, surgical instrument components, and implant and prosthetic parts.
We offer more than 50 certified materials and the flexibility to produce the medical device prototype or part you need, ensuring that the end-use part meets your project requirements. With state-of-the-art equipment and proven vacuum casting technology, we can quickly manufacture complex shapes and test and validate the feasibility of a design before officially producing the part. Our prices are cost-effective for low-volume manufacturing.
Stampa 3D
DEK's 3D printing services can help you quickly turn your medical device prototyping ideas into reality, shorten the R&D cycle, and help designers and engineers iterate and test quickly and make timely adjustments.
We can provide over 50 certified materials to meet different customer needs. We can realize complex geometries, reduce design constraints, and customize the medical components you need. We streamline the production process with flexible manufacturing that is cost-effective for medical device prototyping and low-volume part production. Our talented engineering team provides fast, efficient and flexible solutions for medical industry applications.
I materiali
Prototipo di dispositivo medico Opzioni di materiale
Acciaio inox
At DEK, we specialize in machining various types of stainless steel, including SUS304, SUS316,SUS430, SUS2205, ideal for medical device prototypes and related accessories. Utilizing the strength, corrosion resistance, and sterilizability of stainless steel, we produce high-quality medical prototypes and components such as surgical instruments, heat exchangers, medical device housings, and storage containers to meet your exact specifications.
Policarbonato (PC)
At DEK, we specialize in machining polycarbonate (PC), a material that excels in medical device prototypes and custom medical components. Utilizing PC's excellent clarity, sterilizability, and impact resistance, we manufacture high-quality monitor housings, syringes, drug delivery devices, and clear liquid management devices to meet the stringent requirements of your project.
Titanio
At DEK, we specialize in machining various types of titanium, including Grade 1 titanium, Grade 2 titanium and Grade 5 titanium, which are excellent materials for medical device prototypes and custom medical parts. Utilizing titanium's light weight, corrosion resistance and excellent biocompatibility, we produce high precision joint replacements, bone spikes, dental implants and medical devices to meet your exacting requirements.
Silicone
At DEK, we specialize in silicone precision manufacturing for medical prototypes and custom parts. Silicone's excellent biocompatibility, flexibility and temperature resistance make it an important choice for medical applications. We are a one-stop shop for high-quality seals, cap assemblies, fluid management devices, and respiratory devices.DEK offers reliable, top-quality machining solutions that you can count on
Poliuretano (PU)
At DEK, we specialize in machining polyurethane (PU), a material with a wide range of potential applications in medical devices. Utilizing PU's excellent elasticity, abrasion resistance, and biocompatibility, we manufacture high-quality handheld medical devices, supports, and flexible medical equipment to meet your stringent requirements for comfort and functionality.
Polietilene (PE)
At DEK, we specialize in polyethylene (PE) manufacturing for medical prototypes and custom parts. Utilizing PE's excellent chemical and impact resistance, we manufacture disposable medical devices, pharmaceutical packaging, device housings and infusion lines to provide the medical industry with high-quality medical parts that are guaranteed to meet your stringent safety and performance standards.
Processo
Prototipazione to Production
Prototipazione
Using high-fidelity prototyping to support medical device innovation is an important part of our process. After working with you to analyze the feasibility of medical device prototyping, our engineers will select the right materials and processes to create a prototype or component that will look like the final product for your application.
- Accurate prototypes with complex geometries
- Production-grade materials and rapid design changes
- High-fidelity prototypes that are close to the final component
Engineering Validation and Testing
After engineering testing and verification of performance requirements, you can easily identify design issues and make corrections to the design, quickly make the appropriate detail changes to the functional medical device prototype, and finally we create a functional prototype that resembles the final product.
- Assistenza tecnica 24/7
- High-precision prototyping
- Optimized design and material selection
Design Validation and Testing
From fluid management systems to drug delivery devices to respiratory aids, these medical components often have highly complex designs. DEK validates the functionality and appearance of your medical prototypes in the most efficient way possible, ensuring that the necessary design iterations are made to save production time and costs.
- Quality Surface Finishes Options
- Functional and cosmetic validation
- Quality prototypes for market testing
Production Validation and Testing
Make your medical device prototypes ready for volume production using medical-grade materials and appropriate processing. Our technicians will build a prototype of the product that matches your design, allowing you to accurately assess manufacturability and suitability for scale production.
- Tight tolerances on prototypes and critical components
- Biocompatible, non-toxic or sterilizable materials
- Quality control with CMM or on-machine inspection
Produzione di massa
DEK has many years of experience in the medical field. We manufacture medical device prototypes, medical device components, surgical instruments, handheld devices and fixtures for a wide range of customers. From early prototypes to final parts, we can realize the most complex designs and help your project move quickly from the product testing stage to full production of end-use medical components.
- Medical-grade materials
- Precise quality requirements
- Superior post-processing operations
- Precision machining with tight tolerances
- High quality medical device prototypes and custom parts
Perché scegliere I nostri servizi
La produzione in un'unica soluzione di prototipi di alta qualità vi fa risparmiare tempo e denaro.
Capacità ingegneristiche
Produzione rapida
Finiture di superficie
Assemblaggio di precisione
Controllo qualità
Imballaggio e trasporto
Il nostro Processo di ordinazione
Invia RFQ
Inviare RFQ con disegni 2D/3D e requisiti dettagliati tramite e-mail o modulo online.
Recensione e preventivo
Il nostro team di ingegneri esaminerà attentamente ogni disegno e fornirà un preventivo accurato entro 6 ore.
Confermare l'ordine
Confermate il preventivo, i dettagli e il programma di consegna, quindi firmate il contratto.
Produzione
Organizzare il processo di produzione, avviare la programmazione e la lavorazione.
Controllo qualità
Rigoroso controllo di qualità durante la produzione e l'ispezione finale.
Imballaggio e spedizione
Imballare i pezzi, applicare le etichette di identificazione e iniziare la spedizione.
Inviare RFQ 222
Recensione e preventivo
Confermare l'ordine
Produzione
QC
Consegna
Prototipazione di dispositivi medici Domande frequenti sull'acquisto
Ottenere un preventivo accurato Per i vostri prossimi progetti
Non importa se il vostro progetto è complicato o semplice, se è in metallo o in plastica, riceverete un preventivo accurato entro 6 ore.
Richiedete un preventivo oggi stessoConoscenza of Medical Device Prototyping
What is Medical Device Prototyping?
Medical device prototyping is the process of creating functional samples based on a product's design and specifications for testing, evaluation, and business demonstration. These prototypes help manufacturers check the efficiency and feasibility of the design and determine if any changes are needed before the product is put into high-volume production and market distribution.
3D designs may seem ideal and revolutionary, but in reality, problems come to the fore when taken in hand. Through prototype testing, you can get quick feedback to ensure that the final product will meet medical requirements and safety standards.
If you want to know more about medical device prototyping, you can read this blog about a guide to medical device prototyping qui.
Advantages of Medical Device Prototyping
Rischio ridotto: Medical device prototypes reduce the risk of mass production by identifying design and functional defects as early as possible.
Risparmio sui costi: Risolvere i problemi durante la fase di prototipazione garantisce un processo di produzione economicamente vantaggioso.
Migliorare la qualità: Attraverso test e perfezionamenti iterativi, la prototipazione assicura che il prodotto finale sia esteticamente gradevole e funzionale.
Comunicazione potenziata: La prototipazione favorisce una migliore comprensione e coordinazione tra i membri del team e le parti interessate.
Faster Development: Prototyping can streamline the development process by allowing teams to iterate quickly and improve designs based on real-world testing.
Applications of Medical Device Prototyping
Respiratory Equipment: Develop prototypes of adjustable ventilators to meet the ventilation needs of different patients, enhance the accuracy of oxygen delivery, and improve the quality of life of patients with chronic lung disease.
Monitors: Design prototypes of novel multi-parameter monitors to monitor heart rate, blood oxygen and respiratory rate in real time to ensure patient safety during surgery and critical care.
Wearables: Explore prototypes of wearable health monitoring devices that collect ECG and activity data through sensors to help users track their health status and detect abnormalities in a timely manner.
Imaging devices: Develop prototypes of high-resolution ultrasound or CT devices to optimize imaging quality and processing speed, improve diagnostic accuracy, and aid in early disease detection.