Precision ABS/HIPS scroll wheel for computer mice, produced with consistent rotational geometry and rubber overmolding grip surface. Tight tolerances ensure smooth encoder engagement and reliable tactile feedback.
ABS plastic ADF (Automatic Document Feeder) assembly components for document scanners. TERA produces feeder rollers, guides, and housing parts to OEM specifications with consistent feeding performance.
High-precision double-injection (dual-shot) keycaps for computer keyboards. Two-material process produces legends that never fade or wear — ABS outer shell with contrasting inner legend material. Available in standard and RGB backlight (shine-through) variants.
ABS/HIPS injection-molded push buttons for keyboards, industrial panels, and consumer electronics. Produced with precise travel geometry and consistent click feel. Available with laser etching, pad printing, or double-shot legends.
ABS/HIPS tilt-adjustment stands and rubber foot pads for keyboards and electronic devices. Produced with snap-fit retention geometry and rubber insert overmolding for anti-slip performance.
High-quality ABS/HIPS optical and laser mouse shells for personal computer and industrial environments. TERA produces complete mouse housing assemblies — upper shell, lower shell, buttons, and scroll wheel — to OEM specifications.
ABS/HIPS upper housing for desktop document scanners. Produced with precise hinge pin geometry, lid-open detent features, and cosmetic-grade surface finish.
ABS or HIPS upper case housing for computer keyboards. Produced with consistent surface finish, precise snap-fit geometry, and cosmetic-grade texture. Available in standard or flame-retardant grades.
Structural lower case for computer keyboards in ABS or HIPS. Designed for precise fit with upper case snap features and rubber foot insert locations. TERA produces upper and lower cases as a matched set.
ABS/HIPS keyboard bezel and key plate frame with precise keycap hole geometry and surface texture. Produced to OEM specifications with consistent color and finish across production runs.