Mold Größe(max): 1m X 1mWeight Bereich: 1 KG ~ 30 KG

Mold Größe(max): 3m X 3mWeight Bereich: 100 KG ~ 1000 KG

Mold Größe(max): 500 MM X 500 Mm Palette: 0.250 KG ~ 20 KG

Mold Größe(max): 500 MM X 500 Mm Palette: 0.100 KG X 20 KG

Kapazität: 5000 MT/aRange von Gewicht: 100 G bis 20 KG

Mold Größe(max): 1 M X 1 MWeight Bereich: 0,5 KG X 50 KG

Ring-Größe: 350 MM OD bis 3000 MM ODRange Gewicht: 15 KG bis 3200 KG

Rapid Prototyping Services

Frigate’s rapid prototyping uses CNC and 3D printing for high-precision models. We ensure swift iteration cycles with genaue designs for rigorous testing stages.

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Custom Rapid Prototyping Services for Precision and Performance

Frigate offers custom rapid prototyping services using advanced CNC machining and 3D printing. Each prototype achieves exacting tolerances for precise fit, finish, and functionality. The process starts with detailed CAD models, transforming designs into high-accuracy physical models. High-strength materials ensure durability, making prototypes suitable for functional testing. Multistage inspections verify accuracy at each phase, meeting strict dimensional standards. Rapid iteration cycles allow quick adjustments and modifications, refining the prototype for optimale performance.

Improving Surface Finish Quality

Advanced Finishing Techniques

Utilizing specialized finishing processes ensures smooth surfaces, enhancing both aesthetics and functionality.

Precision Manufacturing Equipment

Employing high-precision CNC machining and 3D printing technologies minimizes surface imperfections and achieves desired finishes.

Consistent Quality Control

Implementing rigorous quality control measures throughout production guarantees uniformity in surface quality across all prototypes.

Enhancing Scalability for Design Evolution

Flexible Prototyping Solutions

Offering a range of prototyping methods allows for easy adaptation as design specifications change.

Seamless Transition to Production

Integrating prototyping and manufacturing processes streamlines scaling efforts, reducing time and complexity during the transition.

Collaborative Design Iteration

Encouraging ongoing communication during the prototyping phase enables quick adjustments, ensuring the final product meets evolving requirements.

Reducing Long Lead Times for Prototyping

Optimized Workflow Processes

Streamlining production workflows improves efficiency and significantly reduces lead times for prototype delivery.

Rapid Prototyping Technologies

Leveraging advanced CNC machining and 3D printing technologies allows quicker turnaround times without sacrificing quality.

Dedicated Project Management

Assigning dedicated project managers ensures timely updates and accountability throughout the prototyping process, facilitating faster completion.

Rapid Prototyping Materials

Rapid prototyping services accelerate the product development process and design iterations. These services enable the creation of high-fidelity prototypes for testing and evaluation.

Kunststoff

Commonly used plastics include ABS, PLA, and Nylon. These materials offer versatility in flexibility, strength, and ease of printing. They are suitable for functional prototypes and visual models.

Metals

Metals such as aluminum, stainless steel, and titanium are used for prototypes requiring high strength and durability. Metal prototyping supports more rigorous testing and real-world applications, making it ideal for components subjected to stress.

Composites

Composite materials, like carbon fiber-reinforced plastics, combine lightweight properties with high strength. These materials provide enhanced performance in demanding applications, making them suitable for the aerospace and automotive industries.

Resins

Various resins, including standard, tough, and flexible options, are utilized in 3D printing processes like stereolithography (SLA) and digital light processing (DLP). Resins allow for high-detail prototypes and are often used for intricate designs that require smooth finishes.

Ceramics

Ceramic materials are employed for prototypes with high heat resistance and chemical stability. They are ideal for applications in industries such as electronics and aerospace, where thermal properties are critical.

Elastomers

Flexible materials like TPU (thermoplastic polyurethane) are used to create prototypes that require stretch and flexibility. Elastomers are particularly useful for parts like seals, gaskets, and soft-touch features.

Effectively Managing Costs in Prototype Development

The expenses incurred from multiple prototype iterations can pose significant challenges for customers. Each modification typically requires additional resources, including materials and labor, which can accumulate quickly. When rapid adjustments are necessary to resolve design flaws or functionality issues, these costs can escalate beyond initial project budgets.

Fregatte addresses this concern by implementing efficient prototyping processes that minimize waste and optimize resource use. Advanced technologies and streamlined workflows help reduce costs associated with iterative prototyping, allowing for effective design validation without compromising financial constraints.

Wörter von Kunden

Sehen Sie, wie Globale OEMs und sourcing-Köpfe beschreiben Sie Ihre Erfahrung mit unseren skalierbaren Ausführung.

Juan Diego, Chicago

Robotik - CNC-Bearbeitung

"Schnelle Bearbeitung und solide Qualität."

Laura Corn, Dallas

Medical - CNC-Bearbeitung

“Der instant quote tool hat uns gerettet-Zeit, und die Teile waren auf den Punkt. Empfehlen Fregatte!"

Jeelan Sheriff, UAE

Automotive - CNC-Bearbeitung

“Ich würde dringend empfehlen Fregatte wer will zu tun, Rapid Prototyping, und Ihre Ideen in die Fertigung. Eine Firma tun alle Arten von Produkt Entwicklung!"

Sam Rogers, San Antonio

Energie - CNC-Bearbeitung

"Great service, fair Preise, und die Teile perfekt gearbeitet, in unserer Versammlung."

Karyna M, Austin

Verteidigung - CNC-Bearbeitung

“Top-notch Bearbeitung und schnelle Lieferung. Mit den Ergebnissen sehr zufrieden."

Ravi Raghavan , Indien

Industrie - CNC-Bearbeitung

“Die nächste Störung geschieht in Prototyping & Manufacturing on-demand-und Fregatte den Weg! Ich persönlich glaube, daß die Fregatte die Möglichkeit, IIOT-fähigen cloud-Plattform mit Al."

Scott W, San Jose

Elektrische Fahrzeuge - CNC-Bearbeitung

“Fregatte geliefert hochwertige Teile zu einem wettbewerbsfähigen Preis. Instant quote tool ist ein großes plus für uns!"

Shoam, Tennessee

Industrie - CNC-Bearbeitung

"Wir schätzen die Präzision und Qualität der bearbeiteten Komponenten in der jüngsten Lieferung—Sie erfüllen unsere Vorgaben perfekt und zeigen Fregatte, die diese Fähigkeit für die hervorragende Verarbeitung."

Wird Leah, Texas

Luft-und Raumfahrt - CNC-Bearbeitung

"Reibungslose Abwicklung vom Angebot bis zur Lieferung."

Rajakumar, Indien

Konsumgüter - CNC-Bearbeitung

“Ich bin absolut glücklich zu arbeiten mit Lieferanten wie Fregatte, die waren sehr proaktiv & ergebnisorientiert . Fregatte hat eine hohe Bereitschaft team, die hat starke know how und Ihre Leidenschaft zum Produkt & Prozess waren absolut mitreißend."

Tidi George, Los Angeles

Automotive - CNC-Bearbeitung

“Die Präzision, die auf diese Teile ist beeindruckend, und Sie kamen vor dem Zeitplan. Fregatte Prozess wirklich herausragend!"

Hendrik T, Houston

Verteidigung - CNC-Bearbeitung

"Die Teile waren genau so, wie geskilled, und die instant-Zitat aus der Budgetierung ein Kinderspiel."

Perry Anton, Seattle

Öl - & Gas - CNC-Bearbeitung

"Good value for the money."

Andrew Rechts, Boston

Luft-und Raumfahrt - CNC-Bearbeitung

"Das finish war perfekt, und das team war einfach, mit zu arbeiten."

Pandyrajan, Indien

Neue Energie - CNC-Machiining

“Arbeiten mit der Fregatte war großartig. Ihre proaktive, ergebnisorientierte Ansatz und know-how durchleuchten, in jedem Projekt. Es war ein Vergnügen, die Zusammenarbeit mit Ihnen."

Schweißen Produkte Hersteller In Indien

Elektrische Kabel & Drähte

"Wir sind sehr zufrieden mit die rechtzeitige Lieferung und die Qualität des MIG-Schweißens-Kabel von der Fregatte. Ihre Aufmerksamkeit zum detail, sichere Verpackung und schnelle Reaktionsfähigkeit Stand out. Wir getrost empfehlen Fregatte Engineering Services Pvt. Ltd. als zuverlässiger partner für die Herstellung."

Having Doubts? Our FAQ

Check all our Frequently Asked Question

How does Frigate ensure prototype accuracy when working with complex geometries?

Frigate employs advanced CAD modeling and precision manufacturing techniques to produce prototypes with complex geometries. These methods allow for precise replication of design specifications, ensuring that intricate features are accurately represented in the final prototype.

What measures does Frigate take to minimize material waste during rapid prototyping?

Fregatte nutzt optimized production workflows and advanced printing techniques to reduce material waste. By carefully analyzing design files and employing efficient layer strategies, excess material is minimized, resulting in lower costs and improved sustainability.

How can Frigate support iterative testing without incurring high costs?

Frigate offers rapid prototyping services that leverage cost-effective materials and efficient processes. This approach allows for quick iterations and modifications, helping control expenses while ensuring design flaws are identified and addressed promptly.

What options does Frigate provide for evaluating prototype functionality?

Frigate enables functionality testing through various materials and methods tailored to specific applications. Prototypes can be produced using materials that closely mimic the final product, allowing customers to assess performance under real-world conditions.

How does Frigate handle the challenges of rapid design changes during prototyping?

Fregatte maintains a flexible prototyping approach that accommodates rapid design changes. Close collaboration with customers during the prototyping phase allows for quick adaptations, ensuring that evolving requirements are met efficiently and effectively.