Who we are
Veriqube is a bunch of industry veterans coming together to help your business with its automation needs. We know the pain of bringing a new product to the market - because we've been there too. Your business goals are what guide our process.
Tell us what's your challenge and let's see together how our automation methods could help. You can focus on growth, while we take care of throughput, quality or a new assembly method.
Our clients and partners
Engines prime movers and exhaust gas turbochargers.
Pilot Production
To ensure products are truly ready for mass production, most companies apply Design for Manufacturing (DFM) at the product level. But for many products, it also makes sense to design and test pilot production equipment early on. Doing so saves time and reduces risks — from costly product redesigns to uncertainties in automation and production scaling.
Our Pilot Production Process helps bridge product design and scalable manufacturing:
Early Involvement
Engage us at the early stages to align product design with production realities.
Step 1 — Preliminary Design
We create a preliminary production process and machinery concept for your review.
Step 2 — Proof of Throughput
We design machinery to validate throughput and production costs, complete with bill of materials, supply chain considerations, and structured feedback for your product team.
Step 3 — Pilot Equipment
We build one or more machines to validate the process in practice, measuring actual parameters such as throughput, yield, and cost
Step 4 — Scale and Support
We scale machinery production, optimize performance, and provide lifecycle support for long-term manufacturing success.
Process Normalization
Some processes must be performed on uneven or variable objects — teeth, blossoms, shoes, or other items that differ in size, shape, or detail. At first glance, this often suggests the need for manual labor. But with creative engineering, most of these processes can be normalized so that standard machine methods can take over reliably.
Our Process Normalization method:
Step 1 — Understand the Case
We analyze your objects, the sources of variance, and the process that must be performed.
Step 2 — Identify What’s Missing
We determine what transformation is required — standardized packaging, specialized mounting, or another method — to convert different objects into a uniform group.
Step 3 — Design the Normalization Process
We design a process that makes your objects uniform and, if needed, also prepares subsequent stages for automation.
Reshoring
Many companies are looking to bring production closer to home — whether to reduce supply chain risks, shorten lead times, improve quality control, or meet sustainability goals. Reshoring often requires not just moving equipment, but rethinking and rebuilding processes to suit a new environment, workforce, and scale.
Our Reshoring support:
Step 1 — Assess the Current Process
We review your existing manufacturing setup and identify what can be transferred directly and what must be adapted.
Step 2 — Define Local Adaptations
We determine where processes, machinery, or standards must change to match local resources, compliance, and logistics.
Step 3 — Engineer New Solutions
We design or adapt machinery and processes that ensure efficiency, cost-effectiveness, and performance in the reshored facility.
Step 4 — Implement and Support
We help set up, test, and optimize your production line locally, and provide ongoing support for continuous improvement.
Material Handling
Efficient material handling is the backbone of any automated process. Moving parts, products, or raw materials reliably between stages is what allows production lines to run at scale without interruptions. With the right design, material handling not only reduces labor but also improves throughput, consistency, and safety.
Our Material Handling solutions:
Step 1 — Understand the Flow
We analyze your production layout and identify where and how materials move through the process.
Step 2 — Define Requirements
We map out load sizes, speeds, precision needs, and environmental conditions (cleanroom, factory floor, etc.).
Step 3 — Engineer the System
We design conveyors, feeders, robotic pick-and-place, or custom transfer mechanisms tailored to your case.
Step 4 — Integrate and Optimize
We integrate the handling solution into your production line, optimizing for space, cost, and throughput, while ensuring long-term reliability.
Quality Inspection
Consistent product quality is critical — but manual inspection is slow, subjective, and costly. With the right automation, quality checks can be faster, more reliable, and fully integrated into your production process.
We bring specific expertise in inspection of printing products, LCD screens, and semiconductor devices, where precision, speed, and repeatability are essential. These industries demand extremely tight tolerances — experience we can apply to other sectors as well.
Our Quality Inspection solutions:
Step 1 — Define What Matters
We work with you to identify the critical features, tolerances, or defects that must be inspected.
Step 2 — Choose the Method
We select and combine technologies — from machine vision and lasers to sensors and force measurement — to match your inspection needs.
Step 3 — Engineer the System
We design inspection equipment that integrates seamlessly with your process, capturing data at the right speed and resolution.
Step 4 — Integrate and Close the Loop
We connect inspection results to production feedback, enabling real-time adjustments, better yield, and higher overall reliability.
Production Lines
Whether it’s a single custom machine or a multi-stage production line, we design automation that scales to your needs. Our experience covers everything from compact pilot equipment to medium-sized lines with many integrated processes.
We specialize in distributed control systems managing anywhere from a few axes to dozens — or more — ensuring synchronization, reliability, and high throughput. Thanks to our direct experience and ties with world-class direct drive motor manufacturers, we can optimize systems for both throughput and precision, even in the most demanding applications.
Our Production Line capabilities:
Custom Machines
tailored one-off equipment for specialized manufacturing tasks.
Multi-Stage Lines
medium-scale systems integrating material handling, processing, and inspection.
Distributed Motion Control
precise coordination of tens or dozens of axes with scalable architectures.
Throughput & Precision Optimization
leveraging advanced direct drive motor technologies.
Process Integration
linking different technologies into a cohesive, high-performance system.