From digital capture to production.
3D scanning, engineering polymers and industrial additive manufacturing — selected around your application, material, process and production requirements.
The right technology for the right application.
Manufacturing challenges are rarely solved by choosing a machine first. The correct solution depends on the part, geometry, material, accuracy, production volume and operating environment.
Positive Yield brings multiple industrial technologies into one application-driven portfolio — from 3D scanning and engineering polymers to industrial resin, polymer additive manufacturing and metal additive manufacturing.
Scan. Engineer. Manufacture. Inspect.
Capture
Digitize existing parts and physical geometry using professional 3D scanning.
Engineer
Prepare, modify or reverse engineer digital geometry according to the application.
Select
Evaluate material, process and equipment according to performance requirements.
Manufacture
Produce prototypes, tooling, functional components or production parts.
Inspect
Compare manufactured geometry against digital data where dimensional verification is required.
One portfolio. Multiple manufacturing technologies.
Select the process according to what the part needs to do — not simply according to the machine specification.
Capture the physical world digitally.
Professional 3D scanning supports reverse engineering, dimensional inspection, product development and digital capture of existing components.
Engineering polymers for functional parts.
Industrial FFF systems support functional prototyping, manufacturing aids and demanding polymer applications, including workflows involving high-temperature engineering materials.
Precision for large and detailed parts.
Resin-based additive manufacturing provides high-detail surfaces and complex geometry for prototypes, master patterns, tooling, models and professional applications.
Polymer additive manufacturing built for production.
Production additive manufacturing enables functional polymer components, design variation and digital manufacturing workflows without conventional dedicated tooling for suitable applications.
Complex metal parts without conventional design limits.
Metal additive manufacturing supports high-value applications where complex internal structures, lightweight design, part consolidation and advanced manufacturing capability are important.
Built around real manufacturing challenges.
From capturing an existing component to producing a functional replacement, select the workflow according to the application requirement.
Reverse Engineering
Digitize existing parts and convert physical geometry into usable data for redesign, reproduction or further engineering.
Jigs & Fixtures
Develop manufacturing aids, checking fixtures and customized tooling for production environments.
Functional Prototyping
Test form, fit and function before committing to conventional production.
Tooling & Patterns
Produce suitable master patterns, tooling concepts and manufacturing aids with additive processes.
Low-Volume Production
Manufacture suitable customized or low-volume components without dedicated tooling for every variation.
Technology that fits the industry.
Different industries require different combinations of geometry, material performance, accuracy and manufacturing workflow.
Automotive
Functional prototypes, checking fixtures, tooling, reverse engineering and selected production parts.
Plastic Injection
Product development, master patterns, fixtures, inspection and tooling-related applications.
Automation
Customized fixtures, grippers, machine components and manufacturing aids.
Aerospace
Lightweight structures, complex geometry and selected high-performance additive manufacturing applications.
Product Development
Digital capture, prototypes, design validation and functional testing across the development cycle.
Advanced Manufacturing
Additive workflows for complex parts, digital production and application-specific manufacturing requirements.
Different technologies. One application-driven approach.
Our technology portfolio allows the manufacturing process to be evaluated according to the application instead of forcing every requirement into one platform.
SCANTECH
Digital capture, reverse engineering and dimensional inspection workflows.
INTAMSYS
Industrial FFF and high-performance engineering polymer applications.
Kings3D
Industrial resin and large-format additive manufacturing technologies.
Phrozen
Professional resin printing and application-focused photopolymer workflows.
EOS
Industrial additive manufacturing technologies for polymer and metal applications.
Start with the part. Not the machine.
Our role is to help connect the application with the appropriate technology, material and implementation direction.
Application Consultation
Review the part, current process, pain points, performance requirements and production objective before discussing equipment.
Technology Selection
Evaluate scanning, FFF, SLA, polymer AM or metal AM according to what the application actually requires.
Material Direction
Consider mechanical, thermal, dimensional and application requirements when selecting materials.
Training & Implementation
Support your team with equipment workflow, software, process understanding and application implementation.
Local Technical Support
Work with a local team for technical communication, troubleshooting and ongoing application support.
Have a manufacturing challenge?
Tell us about the part, material, dimensions, quantity and current process. We will help you evaluate the appropriate 3D scanning or additive manufacturing direction.