Ever wondered why some 3D-printed products excel—while others fall flat? Choosing the right additive manufacturing partner can make all the difference. With so many suppliers out there, it’s easy to feel overwhelmed or end up with subpar results. Finding a top-notch factory means faster turnaround, premium quality, and expert support at every step. Ready to discover which manufacturers truly stand out? Read on to compare the best—and find your perfect fit!

Related Video

Additive Manufacturing Jobs, Employment – Indeed

How to Pursue a Career in Additive Manufacturing

Product Details:
Additive Manufacturing Media reports on 3D printing for industrial production, showcasing advancements in large-format additive manufacturing (LFAM), sustainable 3D printing materials, and localized composite parts production. Highlighted case studies include 3D printed tools and parts for wind turbines, large-scale 3D printing for aquatic drones using recycled PETG, and the opening of microfactories for agile composite production.

Technical Parameters:
– LFAM (Large-Format Additive Manufacturing) capabilities for both tool and
– Use of fiberglass-reinforced recycled PETG material in 3D printing
– Microfactories for localized, agile composite part manufacturing

Application Scenarios:
– Production of wind turbine components (tools and end-use parts)
– Manufacturing aquatic drones for maritime and heavy-duty applications
– Agile and localized manufacturing of composite parts via microfactories

Pros:
– Supports sustainability through the use of recycled and compostable materials
– Enables precision 3D printing of large-scale and complex industrial parts
– Facilitates localized and on-demand manufacturing, reducing logistics and lead

Cons:
– Potential material limitations depending on application-specific requirements
– Initial investment needed for LFAM equipment and microfactory setup

$20-$50/hr Additive Manufacturing Jobs (NOW HIRING) May 2025 – ZipRecruiter

AMjobCenter – The Additive Manufacturing Career Platform

Product Details:
AMjobCenter is a specialized online platform connecting job seekers and employers within the additive manufacturing (3D printing) industry. It offers job listings, company directories, and category browsing for roles specifically related to additive manufacturing technology.

Technical Parameters:
– Job search with filtering by region, category, and keyword
– Job posting and company profile creation for employers
– User account system for candidates and employers
– Categories include Engineering, Education, Software, Sales & Marketing, Human

Application Scenarios:
– Hiring specialized professionals in additive manufacturing and 3D printing
– Job seekers seeking employment or research roles in additive manufacturing
– Recruiting for positions in engineering, software, sales, biomaterials, and
– Companies seeking to promote brand presence in the additive manufacturing

Pros:
– Dedicated platform focused exclusively on additive manufacturing careers
– Offers advanced job search options and categorization for industry specificity
– Allows both employers and candidates to manage profiles and postings
– Features a range of roles from technical to managerial positions

Cons:
– No direct information about additional recruitment services beyond basic job
– Geographic spread and role variety may be limited to additive manufacturing,
– No detailed technical parameters or support for non-job related services (e.g.,

Additive manufacturing jobs: Be part of the team – Additive Industries

Additive Manufacturing Career: Job Opportunities … – Kensington Additive

Product Details:
Kensington Additive offers specialized recruitment and talent acquisition services tailored for the additive manufacturing (AM) sector, partnering with machine manufacturers, end-users, powder producers, and service bureaus globally.

Application Scenarios:
– Recruiting engineers and professionals in additive manufacturing industries
– Supporting machine manufacturers, end-users, powder producers, and service
– Providing staffing for roles including applications, field service, sales, DFAM

Pros:
– Established global network since 2014 specifically in additive manufacturing
– Access to diverse opportunities and roles within the AM sector
– Proven track record partnering with market leading clients across North America

Additive Manufacturing: 65 Jobs & Stellenangebote in Hamburg – StepStone

10 Types of Additive Manufacturing Jobs – Amtec

Product Details:
Amtec provides staffing, recruiting, and talent acquisition services focused on the additive manufacturing (3D printing) industry, identifying and supplying professionals for key roles involved in the design, development, operation, maintenance, and quality assurance of additive manufacturing processes.

Technical Parameters:
– Expertise in sourcing candidates skilled in CAD software, materials science, 3D
– Experience with roles requiring knowledge of 3D modeling, printer operation and

Application Scenarios:
– Staffing and recruitment for companies using 3D printing in product design and
– Talent acquisition for organizations developing new additive manufacturing
– Placing professionals to support quality assurance, production management, and

Pros:
– Access to a wide pool of specialized talent for various additive manufacturing
– Ability to fulfill staffing needs across design, engineering, production,
– Supports companies in keeping up with advances in 3D printing technology by

Cons:
– Rapid industry evolution may lead to skills gaps or difficulty in sourcing
– Service effectiveness is dependent on available talent pools and may be limited

Jobs in Additive Manufacturing | BASF FORWARD AM – Forward AM Technologies

Product Details:
BASF Forward AM offers a comprehensive portfolio of advanced additive manufacturing (AM) materials for powder bed fusion (Ultrasint powders) and fused filament fabrication (Ultrafuse filaments), including biobased, recycled, engineering, high-speed, high-temperature, flexible, and metal materials tailored for industrial 3D printing applications.

Technical Parameters:
– Powders and filaments available for various AM processes: Powder Bed Fusion
– Material families include TPU, PA11, PP, PLA, PET, ABS, PC/ABS FR, ASA, metal
– Some products are biobased (e.g., PA11 line) or made with recycled or
– Dedicated lines for high-speed printing, engineering performance, flexibility

Application Scenarios:
– Industrial prototyping and small-batch manufacturing.
– Production of functional parts requiring engineering properties (e.g., high
– Applications in industries such as automotive, aerospace, consumer goods, and
– Prototyping of flexible, impact-resistant, or ESD-safe components.

Pros:
– Wide range of advanced materials covering most industrial AM requirements.
– Options for biobased, recycled, and sustainable manufacturing practices.
– Specialized material lines tailored for flexibility, high-temperature, speed,
– Partnership/integration with Stratasys broadens access and technical

Cons:
– Detailed performance specifications and compatibility information are not
– Potential complexity in material selection due to the extensive product

What careers can engineers and scientists pursue in additive …

Product Details:
The article discusses careers and applications related to additive manufacturing (3D printing) for engineers and scientists, with mentions of advanced manufacturing technologies and 3D printing processes used across multiple industries.

Technical Parameters:
– Layer-by-layer fabrication (additive manufacturing)
– Use of materials such as polymers, metals, and ceramics
– Digitally driven design and production workflows

Application Scenarios:
– Aerospace component manufacturing
– Medical device prototyping and production
– Rapid prototyping and tooling
– Energy sector and automotive applications

Pros:
– Ability to produce complex geometries not possible with traditional
– Rapid prototyping and reduced product development cycles
– Material efficiency and waste reduction

Cons:
– Material limitations compared to traditional manufacturing
– Potentially higher cost for certain production volumes

Comparison Table

Frequently Asked Questions (FAQs)

How do I find reputable additive manufacturing factories or manufacturers?
Start by searching online directories, trade platforms, or attending industry expos and conferences. Look for manufacturers with strong client reviews, case studies, and certifications. Networking with professionals or industry groups can also help you find reliable partners.

What certifications should I look for in an additive manufacturing supplier?
Key certifications include ISO 9001 for quality management, and, depending on your industry, AS9100 for aerospace or ISO 13485 for medical devices. These indicate that the manufacturer follows industry-accepted quality processes.

How can I assess the capabilities of an additive manufacturing factory?
Review their portfolio for similar projects, check the range of materials and technologies they offer, and ask about their production tolerances and scalability. A reputable manufacturer should readily provide samples and detailed technical information.

What questions should I ask before choosing a manufacturer?
Ask about their experience with your industry, typical lead times, minimum order quantities, post-processing options, and quality assurance procedures. Understanding how they handle communication and project updates is also important.

How do I compare costs between different additive manufacturing suppliers?
Request detailed quotes from several suppliers, specifying materials, finishes, and quantities. Compare not just the price, but also what’s included—such as design support, turnaround time, and shipping. Sometimes, a higher upfront cost brings greater value in quality and service.