INSTA PRECISION provides ESD spray coating, transparent antistatic surface treatment and post-processing for customer-supplied anodized parts. The objective is controlled charge dissipation without sacrificing transparency or surface quality.
Surface resistance, transparency, film thickness, adhesion and batch stability are considered within one process design.
Preserve clarity on transparent parts, films, panels and appearance-sensitive components while adding controlled static-dissipative performance.
Select coating chemistry and processing around the product use so the surface attracts less dust and presents lower electrostatic risk.
Processing and functional surface improvement for engineering plastics and components used around semiconductor equipment.
Cleaning fixtures, carrier trays, clamps and consumables designed around the customer process with low-dust antistatic surfaces.
Develop alternatives from an existing sample when original parts face long lead times, high cost or obsolescence.
Uniform functional coverage for three-dimensional products with corners, recesses or complex surfaces.
Continuous coating of inner and outer surfaces, grooves and tubular structures for complete coverage of complex geometry.
Flat, transparent antistatic surfaces for PET and PC films, carrier tape and other planar materials.
Analyze pretreatment, coating and curing when haze, scratches, weak adhesion, resistance drift or appearance defects occur.
Cleaning, scratch protection, dust control and packaging planned for semiconductor and precision-manufacturing use.
From product requirements and sample trials through production, processing and acceptance criteria are developed together.
Review the material, appearance, use environment and expected volume before selecting a processing route.
Adjust pretreatment, coating method and conditions around transparency, adhesion and durability.
Use a small quantity to confirm clarity, appearance and antistatic performance.
Run near-production conditions to confirm cycle, appearance stability and delivery method.
Transfer the approved development result into repeatable production and shipment.
Use production data to improve appearance, adhesion, surface resistance and durability.
Define the processing role, substrate, measurement method and production conditions before comparing a single resistance value.
INSTA focuses on workpiece processing, sample validation and production integration. Customer-specified materials, parts or acceptance criteria can be incorporated into the process review.
Relevant applications include FOUP and FOSB carriers, IC trays, carrier tape, engineering-plastic parts, cleaning fixtures and handling components, subject to the actual material and environment.
Representative samples can be evaluated for transparency, haze, adhesion and electrical targets using the specified substrate, pretreatment, film build and cure.
No. The correct range depends on the application, test method and customer specification, together with uniformity, appearance, adhesion and electrical retention after durability testing.
Share the part use, material, dimensions, appearance, electrical target, test method and expected volume so a comparable trial condition can be defined.
See the semiconductor ESD applications page for carriers, equipment parts, fixtures, consumables and transparent surfaces.