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Review support planFocusandyou components are built around one constraint: repeatable micron-level alignment on high-volume lines. Here is what separates our hardware from generic optical parts.
Every laser lens is tested for focal drift across a 10–50°C operating range. We reject batches that shift more than 0.8 microns, so your calibration holds through a full production shift.
Our industrial focus sensors sample alignment data at 500 Hz with a 2 ms response window. That speed lets automated stations correct misalignment before a defective part leaves the fixture.
Lenses carry a multi-layer anti-reflective coating that resists oil mist and fine dust common in Malaysian factories. Wipe-down intervals stretch to 400 hours without signal loss.
Each lens and sensor pair ships with a factory calibration report tied to your specific mounting bracket. No field tuning guesswork, no third-party shims, no rework after installation.
Every component carries a serial number linked to its grinding, polishing, and interferometry records. Your quality team gets the paperwork auditors ask for without chasing suppliers.
Our engineering team is based along the North–South Expressway in Ipoh. When a line goes down, we can have a technician on site within a day to diagnose and replace the faulty unit.
Every component we ship is built around one job: keeping automated assembly lines calibrated. These are the concrete outcomes our B2B clients measure after integrating our laser lenses and focus sensors.
Our laser lenses hold a consistent focal point across long production runs, so calibration intervals stretch further and rework rates drop. Thermal drift is controlled through matched glass and coating selection.
Measured in repeatability tests on 24-hour cyclesIndustrial focus sensors with quick-response electronics let your team switch between product variants without manual re-peaking. Setup time per changeover shrinks, which matters when you run multiple SKUs per shift.
Typical reconfiguration window reduced by roughly a thirdAccurate beam alignment means the inspection station sees the same signal every pass. That cuts down on parts flagged for no real defect, keeping your yield numbers honest and your downstream stations free.
Validated against reference parts in our Ipoh labYou talk to the people who design the optics, not a call center. We share test data, tolerance sheets, and mounting guidance so your integration team can move from spec to pilot run without guesswork.
Response within one business day for technical queriesStraight answers about laser lens tolerances, sensor selection, and calibration workflows for automated assembly lines.
Our standard production line holds focal length tolerance to ±0.05% across the full aperture. For custom orders, we can tighten this to ±0.02% on request. Each lens is verified with a laser interferometer before shipment, and the test report is included with the batch. This level of precision is what allows your assembly robots to maintain a consistent focus point through long production runs.
Capacitive sensors excel in clean, dry environments where you need sub-micron repeatability and don't have to worry about dust or oil mist. Optical sensors, especially laser-based ones, are more forgiving in dirty or humid conditions and offer a longer standoff distance. If your line involves coolant mist or airborne particulates, an optical sensor will save you from frequent cleaning cycles. For high-speed pick-and-place with tight tolerances, capacitive is often the safer bet.
Yes. Our industrial focus sensors are rated for vibration up to 10 g RMS across a 10–500 Hz spectrum. The internal optics are mounted with damped elastomers, and the housing is sealed to IP67. We have units running on stamping presses and high-speed packaging lines in Penang and Johor without drift issues. If your line has shock loads above that, we can recommend a remote-mounted sensor head with a fiber optic feed.
For high-power applications, we offer anti-reflective coatings with damage thresholds above 20 J/cm² for 1064 nm nanosecond pulses. Standard options include a broadband AR coating for 400–700 nm, a dual-band coating for 532 nm and 1064 nm, and a high-reflection coating for specific wavelengths. All coatings are applied via ion-assisted deposition to ensure adhesion and durability in humid factory environments. We can also provide a hydrophobic top layer to resist oil residue.
Every batch starts with the same raw glass melt and follows a fixed polishing schedule. We measure surface irregularity on a Zygo interferometer and check centration to within 1 arcmin. A statistical process control chart is kept for each production line, and we only release a batch when the Cpk value is above 1.33. This means you can swap a lens from one batch to another without re-tuning your calibration routine.