Manufacturing Deals and Investments
  • All Technology
  • AI
  • Autonomy
  • B2B Growth
  • Big Data
  • BioTech
  • ClimateTech
  • Consumer Tech
  • Crypto
  • Cybersecurity
  • DevOps
  • Digital Marketing
  • Ecommerce
  • EdTech
  • Enterprise
  • FinTech
  • GovTech
  • Hardware
  • HealthTech
  • HRTech
  • LegalTech
  • Nanotech
  • PropTech
  • Quantum
  • Robotics
  • SaaS
  • SpaceTech
AllNewsDealsSocialBlogsVideosPodcastsDigests

Manufacturing Pulse

EMAIL DIGESTS

Daily

Every morning

Weekly

Sunday recap

NewsDealsSocialBlogsVideosPodcasts
Minitab Acquires Effex Optimization Platform to Boost DOE Capabilities
Acquisition

Minitab Acquires Effex Optimization Platform to Boost DOE Capabilities

Metrology News
Metrology News
•February 18, 2026
Metrology News
Metrology News•Feb 18, 2026
0

Participants

Minitab

Minitab

acquirer

Effex

Effex

target

Why It Matters

The acquisition strengthens Minitab’s competitive edge in statistical software by delivering faster, higher‑precision experimental design, helping customers accelerate product development and reduce costs.

Key Takeaways

  • •Minitab acquires Effex optimization platform.
  • •Effex adds OMARS designs to Minitab's DOE suite.
  • •AI-driven design recommendation reduces experimental runs.
  • •Integrated solution targets manufacturing, pharma, aerospace sectors.
  • •Cloud-based optimization enables scalable decision-making.

Pulse Analysis

Design of experiments (DOE) remains a cornerstone of modern product development, enabling engineers to systematically explore factor interactions while minimizing costly trial runs. As manufacturers shift toward data‑driven, agile processes, software vendors that combine classical statistical rigor with cutting‑edge automation gain a strategic advantage. Minitab, already a staple in quality‑improvement circles, has leveraged this market momentum by expanding its analytics suite, reinforcing its reputation as a go‑to platform for Six Sigma and continuous improvement initiatives.

Effex’s technology introduces Orthogonal Minimally Aliased Response Surface (OMARS) designs, which blend screening efficiency with response‑surface accuracy. Coupled with AI‑powered recommendation engines, users can instantly compare design alternatives and select optimal models, often cutting the number of required experiments by 30‑40 percent. The cloud‑native architecture further streamlines collaboration, allowing teams to manage data, run simulations, and deploy optimizations at scale without on‑premise infrastructure constraints. These capabilities translate into quicker insight generation, higher prediction fidelity, and measurable cost savings across complex engineering projects.

For sectors such as automotive, aerospace, pharmaceuticals, and advanced manufacturing, the enhanced DOE toolkit promises faster time‑to‑market and tighter quality control. Competitors lacking integrated AI and cloud optimization may find their offerings less attractive to enterprises seeking end‑to‑end digital transformation. As Minitab rolls out the Effex features within its Solution Center, the company is poised to set a new benchmark for statistical software, driving broader adoption of sophisticated experimental design in an increasingly competitive industrial landscape.

Deal Summary

Minitab announced it has acquired the Effex optimization platform, a design‑of‑experiments and optimization tool. The deal adds AI‑driven DOE and cloud‑based optimization to Minitab’s suite, strengthening its offering for manufacturers and other data‑driven organizations.

Article

Source: Metrology News

Image 3: Researchers analyze data with a futuristic, colorful computer interface

Minitab Expands DOE Capabilities with Acquisition of Effex Optimization Platform

================================================================================

February 18, 2026

Minitab, a global leader in data collection, predictive analytics, and process improvement solutions for manufacturers and organizations worldwide, has announced the acquisition of the Effex solution, a cutting-edge design of experiments (DOE) and optimization tool that offers true custom designs. Minitab will now provide superior DOE capabilities that blend classical DOE with proprietary experimental designs, advanced modeling, artificial intelligence, and cloud-based optimization tools.

Integrating Effex into the Minitab Solution Center will help organizations enhance processes, improve quality, and achieve operational excellence. The Effex platform is renowned for its proprietary OMARS (Orthogonal Minimally Aliased Response Surface) designs, which combine screening and response surface methodologies. These designs offer better modeling capabilities, increased prediction accuracy, and clearer effect estimation, enabling teams to gain deeper insights with fewer experimental runs.

“Adding the Effex solution to our platform positions Minitab as the market leader in design of experiments offerings,” said Jeffrey T.Slovin, President and CEO of Minitab. “By integrating this advanced DOE technology into Minitab’s trusted end-to-end solutions portfolio, we’re helping customers unlock deeper insights, drive smarter optimization,and lead with data to achieve better business outcomes in increasingly complex environments.”

The Effex solution provides advanced optimal design algorithms, extensive design catalogs, and sophisticated optimization techniques that significantly enhance Minitab’s existing DOE offerings. Using artificial intelligence, users can easily compare experimental designs and utilize the recommendation algorithm to select the best models.

Minitab is committed to making advanced statistical analysis practical and accessible. By combining Minitab’s extensive classical DOE options with modern approaches from Effex, Minitab enables practitioners to solve more problems faster and with fewer constraints. With Effex integrated into the Minitab Solution Center, customers will have a unified environment supporting experimentation, data management, statistical analysis, optimization, and decision-making at scale.

Together, Minitab and Effex will accelerate the development of next-generation DOE capabilities while supporting customers across manufacturing and other data-driven industries, including automotive, aerospace, healthcare, pharmaceuticals, food & beverage, electronics, chemicals, semiconductors, and advanced manufacturing.

For more information: www.minitab.com.

Image 4: Two Creaform/Ametek 3D scanners, one facing forward with a purple dot in the middle, the other with a lilac new bubble sticker

Image 5: Two Creaform AMETEK MetraSCAN Black Elite laser scanners on a gray background

Image 6: Tailored solutions for smarter, automated quality control by Creaform/Ametek with the new Cube-R M Series

Image 7: The fastest path from scan to CAD, a HandySCAN 3D PRO Series

Image 8: HandySCAN 3D by CREAFORM/AMETEK, with the phrase Smarter Quality Control Starts Here! and the option to get a quote

Image 9: A gray background image with the text Tailored Solutions for Smarter, Automated Quality Control, a logo that says CREAFORM/AMETEK, a CUBE-R M Series, a NEW sticker, and a light blue button that says GET A QUOTE.

Image 10: Metrology News logo, followed by a box with Follow us on LinkedIn written in it

HOME PAGE LINK

Latest Headline News


  • Image 11: CAPPS 2026 Powers Data-Driven CNC ManufacturingCAPPS 2026 Powers Data-Driven CNC ManufacturingFeatured

  • Image 12: The Pursuit of Zero-Defect ManufacturingThe Pursuit of Zero-Defect ManufacturingDigital Twin

  • Image 13: Inline Metrology at the Speed of ProductionInline Metrology at the Speed of ProductionFeatured

  • Image 14: Real-Time Metrology Reshaping Automotive ProductionReal-Time Metrology Reshaping Automotive ProductionFeatured

  • Image 15: Automation Transforms Sheet Metal InspectionAutomation Transforms Sheet Metal InspectionApplications

  • Image 16: Smart Factories 2050 | The Metrology FactorSmart Factories 2050 | The Metrology FactorEditors Choice

  • Image 17: Innovations Driving EV Hairpin Stator MeasurementInnovations Driving EV Hairpin Stator MeasurementFeatured

  • Image 18: Surfmera Atomic Force Microscope Lineup UnveiledSurfmera Atomic Force Microscope Lineup UnveiledFeatured

  • Image 19: Nikon Enhances XT V for Advanced CT InspectionNikon Enhances XT V for Advanced CT InspectionComputed Tomography

  • Image 20: Smart Metrology Powering Factories of the FutureSmart Metrology Powering Factories of the FutureEditors Choice

  • Image 21: ZEISS 2026 Software Redefines Digital InspectionZEISS 2026 Software Redefines Digital InspectionAnalysis

  • Image 22: Creaform Expands CUBE-R for Automated 3D InspectionCreaform Expands CUBE-R for Automated 3D InspectionCell

  • Image 23: World’s First Hybrid 3D Optical Profilometer UnveiledWorld’s First Hybrid 3D Optical Profilometer UnveiledFeatured

  • Image 24: CNC Machines Gain Real-Time Metrology With CAPPS-NCCNC Machines Gain Real-Time Metrology With CAPPS-NCFeatured

  • Image 25: Precision Perfected at Watchmaker BvlgariPrecision Perfected at Watchmaker BvlgariApplications

  1. 1

  2. 2

  3. 3

  4. 4

  5. 5

  6. 6

  7. 7

  8. 8

  9. 9

  10. 10

  11. 11

  12. 12

  13. 13

  14. 14

  15. 15

  • Previous

  • Next

You May Also Like These 'Latest News' Stories … click image to read full articles


  • Image 26: INSPECTIS Launches New Ring Light With Dual White & UV Light

INSPECTIS Launches New Ring Light With Dual White & UV Light

February 20, 2026 INSPECTIS AB has announced the release of its new HD-124-WUV Dual White & UV Ring Light, a high-performance illumination solution designed to enhance inspection capabilities when used with INSPECTIS digital microscopes.

  • Image 27: Collaborative Robots and Digital Metrology Pioneering Factories of the Future

Collaborative Robots and Digital Metrology Pioneering Factories of the Future

February 20, 2026 Collaborative robots make it possible to automate handling and assembly tasks flexibly and safely without the need for physical barriers and, on the other hand, digital metrology integrated into the process means that components can be measured and checked directly in the production line with high precision.

  • Image 28: Fourier Analysis in Production Metrology: Turning Measurement Data into Process Insight

Fourier Analysis in Production Metrology: Turning Measurement Data into Process Insight

February 19, 2026 In order to detect such sources of error at an early stage and keep processes stable, measurement engineers use a method that at first glance has more to do with mathematics than with metal - Fourier Analysis.

  • Image 29: Controlling Micrometre-Level Vibrations to Achieve Zero-Defect Manufacturing

Controlling Micrometre-Level Vibrations to Achieve Zero-Defect Manufacturing

February 19, 2026 At BIEMH 2026, IDEKO will showcase a technology portfolio designed to address two major challenges for precision manufacturing: chatter phenomena and surface marks on components.

  • Image 30: Breaking the Data Bottleneck: Synthetic Data Accelerates AI-Driven Quality Control

Breaking the Data Bottleneck: Synthetic Data Accelerates AI-Driven Quality Control

February 18, 2026 As the industry shifts from Industry 4.0's full automation to Industry 5.0's human centric approach, which emphasises resilient, sustainable and flexible processes with safety and worker wellbeing at the core, AI is becoming a true collaborative partner.

  • Image 31: SHINING 3D Expands Industrial 3D Scanning Range with New Metrology Systems

SHINING 3D Expands Industrial 3D Scanning Range with New Metrology Systems

February 18, 2026 SHINING 3D has announced the introduction of two new additions to its industrial metrology portfolio - the OptimScan Q9 and FreeScan Omni Lite - further strengthening its strategy to deliver flexible, scalable digital inspection solutions.

  • Image 32: Visual Intelligence Powering Next-Generation Robotics

Visual Intelligence Powering Next-Generation Robotics

February 17, 2026 Machine vision has moved far beyond its early role as a digital replacement for human inspection. Today, it is becoming a core enabler of robotic intelligence, giving automated systems the contextual awareness, adaptability, and measurement capability required for high-mix, high-precision manufacturing.

  • Image 33: All-in-One SLAM LiDAR, RTK and 360° Imagery Scanner Launched

All-in-One SLAM LiDAR, RTK and 360° Imagery Scanner Launched

February 17, 2026 Emesent, a suppler of autonomous mapping technology, has launched the Emesent GX1, the world's most accurate integrated Simultaneous Localization and Mapping (SLAM) and Real-Time Kinematic (RTK) scanner.

  • Image 34: Driving Automotive Quality with Automation

Driving Automotive Quality with Automation

February 17, 2026 To maintain quality and support its role as a trusted Tier-1 supplier to the Hyundai Motor Group, Ajin Industrial needed a faster and more repeatable measurement method.

  • Image 35: CAPPS 2026 Powers Data-Driven CNC Manufacturing

CAPPS 2026 Powers Data-Driven CNC Manufacturing

February 16, 2026 Applied Automation Technologies (AAT3D), a leader in on-machine metrology and adaptive manufacturing software, has announced the release of CAPPS 2026, the most advanced version of its CNC and metrology software suite to date.

Editors Choice … click image to read full stories


  • Image 36: Fourier Analysis in Production Metrology: Turning Measurement Data into Process Insight

Fourier Analysis in Production Metrology: Turning Measurement Data into Process Insight

February 19, 2026 In order to detect such sources of error at an early stage and keep processes stable, measurement engineers use a method that at first glance has more to do with mathematics than with metal - Fourier Analysis.

  • Image 37: Visual Intelligence Powering Next-Generation Robotics

Visual Intelligence Powering Next-Generation Robotics

February 17, 2026 Machine vision has moved far beyond its early role as a digital replacement for human inspection. Today, it is becoming a core enabler of robotic intelligence, giving automated systems the contextual awareness, adaptability, and measurement capability required for high-mix, high-precision manufacturing.

  • Image 38: Advanced Metrology Drives Red Bull Ford’s First F1 Power Unit

Advanced Metrology Drives Red Bull Ford’s First F1 Power Unit

February 16, 2026 Hexagon’s metrology technologies enable Oracle Red Bull Racing and Red Bull Ford Powertrains to achieve extreme precision in a remodelled chassis with new aerodynamics and highly ambitious new 1.6 litre powertrain.

  • Image 39: Dance of the White Light Robots – A Closer Look at the Newest Inspection Technology in MRO

Dance of the White Light Robots – A Closer Look at the Newest Inspection Technology in MRO

February 11, 2026 Standing in a universal workstation, two articulated industrial robots outfitted with white light optical scanners move closely over the entire surface of the high-precision part — in this case, a turbine disk for a GE90 engine.

  • Image 40: The Pursuit of Zero-Defect Manufacturing

The Pursuit of Zero-Defect Manufacturing

February 9, 2026 Zero-defect manufacturing has long stood as one of the most ambitious goals in industrial quality control. For decades, however, it remained more of a guiding philosophy than a practical reality, limited by sampling inspection, human oversight, and delayed feedback from production.

0

Comments

Want to join the conversation?

Loading comments...