What is the trend of modular automated plate production?

Flexible tooling and quick-change formats create the potential for on-demand, customized Petri dish lines that blur the line between manufacturing and lab-scale production.

What is the trend of high-throughput laboratory manufacturing?

Significantly increased throughput and tighter repeatability point toward compressed lead times that could shift testing capacity geographically and temporally.

What is the trend of integrated quality-control automation?

Built-in QC within the production flow suggests a move away from separate inspection steps, enabling traceable, lower-touch workflows across supply chains.

What are the implications for the clinical diagnostics industry?

Faster, adaptable plate production could support surge testing scenarios and decentralize sample processing capacity across hospital and reference labs.

What are the implications for the pharmaceutical manufacturing industry?

Scalable, repeatable plate fabrication presents opportunities for accelerated in-process testing and more tightly coupled R&D-to-manufacturing cycles.

What are the implications for the contract test labs industry?

Modular, high-speed equipment can enable contract labs to offer faster turnaround and bespoke plate formats that differentiate service portfolios.

High-Speed Petri Dish Systems : hekudish next gen

Automated Meal Cooking Appliances Image 1

Automated Meal Cooking Appliances Image 2

Automated Meal Cooking Appliances Image 3

Automated Meal Cooking Appliances Image 4

Automated Meal Cooking Appliances Image 5

Automated Meal Cooking Appliances Image 6

Automated Meal Cooking Appliances Image 7

BBS Automation HEKUdish next Gen Is Now Available

Edited by Colin Smith — March 10, 2026 — Tech

This article was written with the assistance of AI.

References: bbsautomation & packagingeurope

Share on Facebook Share on Twitter Share on LinkedIn Share on Pinterest

BBS Automation introduced HEKUdish Next Gen, a second-generation automated line for producing Petri dishes designed to deliver faster output with adaptable formats, featuring an integrated handling approach to streamline plate production. The system was presented as combining quality control elements with modular tooling, enabling laboratories and manufacturers to switch sizes and materials without lengthy retooling.

Technical highlights included improved throughput, tighter process repeatability and a layout aimed at easing integration into existing production floors, according to the announcement. For labs and contract manufacturers this matters because higher-speed, flexible plate production can cut lead times and support faster testing ramps; the modular, quality-focused design also aligns with trends toward automation that reduces manual touchpoints in life-science supply chains.

Image Credit: BBS Automation

Trend Themes

Modular Automated Plate Production — Flexible tooling and quick-change formats create the potential for on-demand, customized Petri dish lines that blur the line between manufacturing and lab-scale production.
High-throughput Laboratory Manufacturing — Significantly increased throughput and tighter repeatability point toward compressed lead times that could shift testing capacity geographically and temporally.
Integrated Quality-control Automation — Built-in QC within the production flow suggests a move away from separate inspection steps, enabling traceable, lower-touch workflows across supply chains.

Industry Implications

Clinical Diagnostics — Faster, adaptable plate production could support surge testing scenarios and decentralize sample processing capacity across hospital and reference labs.
Pharmaceutical Manufacturing — Scalable, repeatable plate fabrication presents opportunities for accelerated in-process testing and more tightly coupled R&D-to-manufacturing cycles.
Contract Test Labs — Modular, high-speed equipment can enable contract labs to offer faster turnaround and bespoke plate formats that differentiate service portfolios.

3.9

Score

Popularity

Activity

Freshness