Newsletter

Welcome to the first edition of Would You Automate This? In each issue, we'll present a real manufacturing challenge and walk through the questions automation engineers ask before deciding whether a robot is the right solution.

Why your picking robots are leaving throughput on the table?

We are officially halfway through the year, which means engineering and operations teams are entering the pre-peak sprint. This is the critical window to audit your fulfillment and machine-tending cells to ensure they can handle the Q3/Q4 holiday rush.

Material handling is a back-breaking, space-constrained nightmare.

Manual picking of heavy and awkwardly shaped parts often leads to high injury rates and rapid turnover. But traditional automation often fails here. Legacy systems require massive physical footprints that warehouses and manufacturing plants don’t have to spare.

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The foundry floor has long been defined by the "Three Ds": Dull, Dirty, and Dangerous. But in 2026, the high-risk Red Zones- areas of extreme heat, heavy loads, and silica dust- are being reclaimed by automation.

As labor shortages grow and safety mandates tighten, moving humans out of the heat and into control rooms isn't just a safety play; it’s a business necessity.

Traditional inspection methods, often relying on rigid, rule-based machine vision, face significant challenges. They frequently generate high false rejects and provide limited insight into why a defect occurred. This turns the quality control point into a diagnostic dead end, leaving you with little insight into emerging issues.

It’s time you stopped guessing why your inspection process is drifting.

Most robot software works in a lab. However, real-world production is often more complex. Factors such as lighting shifts, part changes, and calibration typically result in hours of downtime. And in the manufacturing environment, time is money.

As we kick off 2026, the mandate for manufacturing is clear: handle higher complexity with greater efficiency. While many facilities have the "body" (the robotic arm), they often lack the "brain" required to navigate the unpredictability of high-mix, low-volume (HMLV) production.

As 2025 draws to a close, we reflect on a year defined by accelerated innovation, critical industry adaptations, and a major leap forward in how manufacturing deals with complexity.

If your robot is moving slowly or stopping frequently, the problem lies in the plan, not the hardware. Many vision systems only calculate the pick point, leaving the robot to manage the dangerous, complex exit path on its own.

Investing in systems to check for simple issues, like label presence, is common in logistics and packaging. However, if you're losing thousands weekly to line jams and high return rates, you're tackling the wrong problem.

The global manufacturing automation market size was estimated at USD 12.28 billion in 2023 and is projected to reach USD 23.96 billion by 2030, growing at a CAGR of 9.7% from 2024 to 2030.

Boost productivity and cut operational costs with automation

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Working closely with our customers and deployments gives us a unique vantage point into the evolving world of robotics. Whether it's in a high-mix factory or an overstretched warehouse, we're seeing what's working—and what's not.

This month, we're sharing a story from the front lines of manufacturing: our work with Penna Flame, a family-owned company facing a common challenge. They needed to automate a demanding manual process that was both difficult and hazardous, and a significant drain on labor. This is the kind of real-world problem CapSen PiC was built to solve.

When high-mix, low-volume feels like a roadblock, we help you power through

In today’s manufacturing landscape, complexity isn't the exception—it’s the norm. Quite often, businesses have to deal with:

Embracing flexibility in robotics with hardware-agnostic software

In today’s fast-paced world of robotics, adaptability is key to success. Hardware-agnostic software is leading the charge by offering seamless compatibility across platforms, enabling robotic systems to function effectively regardless of the hardware in use. This not only simplifies system integration but also boosts operational efficiency.

Why automate your repacking processes?

Have you ever thought of automating your repacking processes? If not, then here’s why you should definitely consider it.

Introducing CapSen PiC v2.2

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CapSen Robotics proudly presents CapSen PiC v2.2 with enhanced capabilities. Our software is designed to automate tedious and time-consuming manual manufacturing processes using robotic arms. This means improved efficiency and maximized returns on your investments.

Greetings from CapSen Robotics!

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As we wrap up the first month of 2025, we're thrilled to bring you the latest updates and innovations from our team. Dive into this edition to learn about our new projects, advancements in robotic automation, and the importance of automating your manual manufacturing processes.

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CapSen Robotics, an innovator in 3D machine vision and motion planning software for robotic bin-picking applications, introduces the v2.0 release of its CapSen PiC software. The system features an intuitive new user interface (UI) and programmable AI designed to tackle challenging high-mix, low-volume bin-picking tasks.

Deploying a vision-guided robot to pick and place medical supplies or other small, individual components from clutter presents significant challenges to companies. We have the solution! CapSen Robotics – in collaboration with trusted partners such as Calvary Robotics – have built a bin picking solution that addresses these challenges in industries ranging from medical to logistics and manufacturing.