By the time a defect reaches finished goods inspection, the decision that caused it was taken weeks earlier in design, process development or tech transfer. We build product quality systems across the full lifecycle, from new product development through in-process and finished goods control to the data analysis that turns field performance back into design input.
A design decision corrected on a drawing costs an afternoon. The same issue found at a customer costs recall logistics, complaint investigation, regulatory reporting and reputation. Most quality budgets are spent at the expensive end of this curve because that is where the problems become visible.
Requirements, risk analysis and design controls. Corrections cost drawing time and review effort.
Tech transfer, validation and safe launch. Corrections cost trials, requalification and delay.
Scrap, rework, sorting, line stoppage and the inspection capacity built to contain the problem.
Complaints, warranty, recall logistics, adverse event reporting, regulatory exposure and reputation.
Consistent product quality is not a goal to be reached. It is a strategy, and it is executed earliest where it costs least. Our services are structured along this curve rather than concentrated at the inspection end of it.
Product quality is not a standalone function. It draws on the supplier base, the equipment, the quality system and the data around it. Where one of those is weak, product quality carries the cost.
Establishing processes to improve and control product quality for new and existing products, across the full production lifecycle.
NPD process, risk management, verification and validation, tech transfer and safe launch, so quality is designed in rather than inspected in.
Receiving inspection, in-process control, finished product release, calibration systems and measurement system analysis.
Inspection data turned into improvement direction, with complaint, warranty and field performance analysis feeding back into design.
Incoming quality is decided at the supplier. Assessment, monitoring, development and improvement across the supply base.View Supplier Quality →
DQ, IQ, OQ and PQ, because a process cannot be capable on equipment that was never qualified against a requirement.View Equipment Qualification →
Packaging robustness, cold chain validation and transportation studies, so condition on arrival is designed rather than assumed.View Warehouse & Logistics →
The cheapest place to build quality and the place it is most often left to chance. These four services cover the path from development process through to a controlled launch.
The development framework itself, built so that quality decisions have a defined point at which they are made and reviewed.
Verification and validation executed properly rather than assembled retrospectively to satisfy a design history file.
The handover from development to production, where capability is either established or quietly assumed.
Enhanced control through the early production period, when process capability is least proven and escape risk is highest.
The systems, protocols, infrastructure and analysis that control quality through routine production.
The core inspection and measurement systems, built to work across incoming, in-process and finished goods.
Protocols that inspect what actually carries risk, on templates that produce data worth analysing.
Inspection generates data continuously. Most of it is filed rather than read. We build the analysis and reporting layer that turns it into improvement direction.
The physical and human capability behind the protocol, since neither works without the other.
What the product does in the field is the most honest quality data available. These services convert it into design and process change rather than leaving it in a complaint log.
The systems that capture what the market is telling you, in a form that can be analysed rather than only answered.
Structured analysis methods applied consistently, so recurring problems are recognised as recurring rather than handled individually each time.
Identification of critical customer and internal product problems, followed by project-based resolution through Six Sigma methodology to achieve customer satisfaction and defect reduction.
Capability transferred so the analysis continues without us, delivered alongside the improvement work rather than separately from it.
Risk addressed at design and validated at tech transfer produces products that hold up in use rather than in test.
Less scrap, less rework, less containment inspection and fewer warranty claims, because fewer defects are created.
Faster complaint response, fewer repeat issues and visible closure of the problems customers actually reported.
Consistent quality compounds. It is the slowest reputation to build and the fastest to lose.
Launching a first product, stabilising an existing one, and improving a portfolio across sites are three different engagements.
The device works in the lab. Moving it into repeatable manufacture is a different problem, and the design history file needs to hold up under regulatory review.
Product ships and customers are served. It takes more inspection, more sorting and more firefighting than it should, and the same problems keep returning.
Multiple products across multiple sites. Some lines are well controlled and others are not, and the difference is difficult to see until a complaint pattern emerges.
If the same three appear again this year, the containment is working and the improvement is not. Tell us the defect and we will tell you where in the lifecycle it is actually being created.