Frequently Asked Questions

Brighton Science helps manufacturers confirm that a surface is actually ready for bonding, coating, cleaning, or sealing, before it becomes a defect, a warranty claim, or a scrapped part. Its Surface Analyst instruments measure surface condition (water contact angle) in seconds, right on the production floor. The BConnect platform and Brighton's consulting team then help teams turn that data into a repeatable, documented process.

Brighton Science was acquired by Click Bond, Inc. in January 2026 and now operates as Brighton Science, a Click Bond company. Brighton Science continues to run independently, with the same team, technology, and customer relationships, while gaining access to Click Bond's engineering and manufacturing scale.

The Surface Analyst is a family of instruments that measure water contact angle to tell you, in seconds, whether a surface is clean and ready for bonding or coating. Instead of guessing based on how a surface looks or feels, you get an objective number you can check against a spec.

The Handheld Surface Analyst (model SA5001) is a portable instrument built for the production floor, not the lab. It uses a top-down measurement method, so operators can test real parts, including curved, vertical, or hard-to-reach surfaces, in any orientation, without damaging or altering the part. It delivers a repeatable water contact angle reading and an on-screen pass/fail result in under two seconds, so any operator can confirm a surface is ready for bonding, coating, or sealing without lab expertise or destructive testing.

It's most often used for process development, troubleshooting adhesion failures, and verifying surfaces during production, and it accepts interchangeable inspection attachments for tight spaces and specialized geometries.

The Automated Surface Analyst is Brighton Science's line of non-contact, high-precision inspection systems built for automated production environments, capable of over 5,000 inspections per hour with real-time pass/fail feedback. It comes in three configurations:

• SA7001 Kit: the Surface Analyst measurement unit on its own, typically used when a customer is integrating automated inspection into their own line, whether fixed in-line or paired with a robot or linear actuator.
• SA7001-DS (Desktop System): a tabletop system that adds automated measurement capability without a full line integration, suited to off-line or lower-volume automated setups.
• SA7001-AC (Automatic Cell): a large, portable, self-contained cell on wheels that houses the Surface Analyst for automated measurements, built for teams that want a ready-to-deploy automated inspection cell without engineering their own integration.

Every configuration uses the same non-destructive, HPLC-grade water measurement method as the handheld instrument and can feed data into BConnect or a Manufacturing Execution System (MES) for continuous monitoring. Because the right fit depends on your line speed, part geometry, and how much integration support you need, a Brighton Science sales representative can help match the configuration to your process.

The 3001 HZE version of the Handheld Surface Analyst is an instrument built for hazardous or classified environments. It meets safety requirements for regulated or explosive-atmosphere settings while delivering the same measurement performance as the standard handheld model.

BConnect is Brighton Science's cloud-based platform for surface quality data. It centralizes measurements from every instrument, line, and facility so teams can monitor trends, catch process drift early, and prove consistency across shifts, operators, and suppliers, not just at a single station.

BCCoach is an AI assistant built into BConnect. It helps users interpret their surface data and answers questions about surface performance and best practices, so teams don't need a data science background to act on what they're seeing.

These are the connected devices inside the BConnect ecosystem:

• BCMobile: connected handheld measurement devices
• BCInline: sensors built into production lines
• BCWeatherman: environmental sensors for temperature, humidity, and barometric pressure

BConnect Process Monitor is a tool for defining Critical Control Points in a manufacturing process and tracking surface conditions against them in real time. It alerts the team the moment conditions fall outside acceptable limits, rather than after a failure shows up downstream.

Lab Network is a shared environment inside BConnect where teams run experiments, document protocols, and standardize surface-related processes across multiple sites or labs.

Surface cleanliness means the surface is free of contaminants that interfere with bonding or coating. Even a small amount of residue, oil, or film can reduce adhesion enough to cause a defect later in the process or in the field.

• Silicone residues
• Oils and greases
• Flux residues
• Cleaning solvent residues

Contamination is often invisible until it causes a problem. The most common downstream effects are:

• Adhesion failure
• Increased scrap and rework
• Unplanned line stoppages
• Field or warranty issues

Most manufacturers measure after cleaning, before bonding or coating, during process validation, and when troubleshooting a failure. The right control points depend on your specific process and risk tolerance, which is exactly what Brighton Science's consulting team helps identify.

Most adhesion failures trace back to a surface issue that wasn't visible or measured during production. Common causes include:

• Surfaces that weren't properly cleaned or conditioned before bonding
• Contamination from oils, silicones, or process residues
• Incompatibility between the substrate and the adhesive, coating, or sealant
• Environmental or handling factors, such as humidity, temperature swings, or storage conditions

These factors often overlap, which is why measuring and controlling surface condition works better than relying on assumptions or a visual check.

Yes. Surface properties like contact angle correlate with adhesion performance and can be used to set process limits before bonding or coating happens, catching a problem while it's still fixable instead of after the part is scrap.

It gives you objective data at each stage of the process, so you can pinpoint whether a failure came from the original surface prep, a change in materials, or something that happened to the surface afterward, rather than guessing.

Operator judgment and visual inspection vary from person to person and shift to shift. A written specification with a measurable pass/fail threshold removes that variability and gives your quality team something concrete to check against.

• Target surface energy or wettability range
• Acceptable variation limits or pass/fail thresholds
• A defined measurement method for consistency
• Measurement frequency based on process risk and variability

• Metals (titanium, stainless steel, aluminum)
• Polymers and plastics
• Electronic components (wafers, substrates)
• Medical device materials (catheters, culture wells)

Any material where surface condition affects bonding, coating, or cleanliness can benefit from measurement.

Define a measurable surface requirement and verify it at incoming inspection, the same way you'd check dimensional tolerances. This catches variability between suppliers or lots before it enters your production line, instead of after it causes a failure.

Surface preparation is the broader process of getting a surface ready for bonding or coating, such as cleaning or abrasion.

 Surface activation is a specific type of preparation, like plasma or flame treatment, that changes the surface chemistry to improve adhesion. In practice, most processes need both: a surface has to be properly cleaned before activation will work, and both steps need to be controlled.

Surface preparation is sensitive to small variations in materials, treatment settings, environment, and handling. Without measurement, those variations are invisible until they show up as scrap, rework, or a failure that's already reached the field.

• Inconsistent treatment application across parts, batches, or shifts
• Material variability that changes how surfaces respond to cleaning or activation
• Over- or under-treatment, which reduces adhesion performance
• No real-time way to confirm the process is working as intended

• More consistent bonding, coating, and adhesion outcomes
• Less scrap, rework, and associated cost
• Faster validation and ramp-up for new products or materials
• More confidence across operators, lines, and facilities

Temperature, humidity, UV exposure, and handling can all change a surface's properties over time and reduce adhesion performance. Airborne contaminants like oils and particulates can also settle onto a surface and interfere with bonding. For activated surfaces especially, this degradation can begin within seconds, which makes timing and handling critical.

A cleaned or prepared surface doesn't stay in that condition indefinitely. Over time, surface energy can drop or contaminants can accumulate, reducing the surface's ability to bond or coat effectively, even when the original prep process was done correctly.

Measure surface condition over time and after exposure to different environments, such as temperature, humidity, or storage conditions. This helps define how long a surface stays viable and sets an acceptable time window between prep and the next process step.

• Define acceptable time windows between surface preparation and the next process step
• Control storage and handling conditions, including temperature, humidity, and contamination exposure
• Build surface measurement checks into your quality process to verify condition before critical steps

Combining these controls with measurement, rather than relying on assumptions, is what lets teams confirm surfaces stay within spec.

Brighton Science consulting helps manufacturers diagnose adhesion failures, detect and characterize contamination, and address variability in cleaning or surface preparation. Teams also use it to evaluate material compatibility, understand how environmental factors affect surfaces over time, and build measurable surface specifications, moving from unexplained results to a controlled, data-driven process.

Typically when performance is inconsistent, you're introducing new materials or processes, or your internal team can't pin down the root cause of a failure.

Depending on the problem, techniques may include X-ray Photoelectron Spectroscopy (XPS), Fourier-transform infrared spectroscopy (FTIR), contact angle measurement, scanning electron microscopy (SEM), adhesion testing, and others.

Brighton Science works with manufacturers in industries where surface condition directly affects product performance, most commonly aerospace and defense, automotive, electronics, medical devices, and advanced materials. These sectors depend on tightly controlled surface preparation, bonding, and coating, which is why they rely most heavily on Brighton's lab and consulting expertise.

To validate surface condition in critical bonding and coating applications, including aircraft manufacturing and maintenance.

To ensure consistent surface conditions for adhesives, sealants, and coatings, without slowing down the production line.

To support quality control in high-volume production by verifying surfaces before printing, coating, or sealing.

To ensure contamination-free surfaces for sensitive bonding and coating processes, where even trace residue can cause a defect.

To validate surface quality against strict performance and regulatory requirements.

Phone: +1 (513) 469-1800

Email: info@brighton-science.com

Address: 4914 Gray Rd, Cincinnati, OH 45232

Submit a request through the website, and a Brighton Science team member will follow up to discuss your application.

 Instruments are purchased through a Brighton Science sales representative, who can walk you through the right model and configuration for your application. Request a consultation to get started. 

 Parts, consumables, and calibration services can be ordered directly through the Brighton Science online store.