Diagnostic Equipment
Instrument housings, internal frames, control bezels, covers, brackets, shields, and heat-management components.
JLYPT supports medical-equipment and device-component manufacturers with processes developed around drawings, material compatibility, cleanable surfaces, wear, corrosion, appearance, dimensional control, and documented inspection requirements.
Review My Component →Explore CapabilitiesOur team reviews the part function and operating environment before selecting the manufacturing and finishing route.
Instrument housings, internal frames, control bezels, covers, brackets, shields, and heat-management components.
Precision mounts, shafts, guides, actuator parts, control hardware, and wear-critical moving interfaces.
Enclosures, sample-handling hardware, fixtures, panels, trays, and corrosion-resistant components.
Compact housings, brackets, clips, connector hardware, controls, and cosmetic metal components.
Electronics chassis, sensor mounts, structural frames, shielding parts, and operator-interface hardware.
Durable formed structures, adjustment mechanisms, fasteners, trim, and frequently handled components.
Each capability is connected to specific component families and functional requirements—not presented as a generic service list.

Laser cutting, forming, welding, and assembly for instrument cabinets, covers, brackets, trays, and internal structures.
Explore Metal Fabrication →
Repeatable retainers, brackets, terminals, shields, and formed parts for compact device assemblies.
Explore Metal Stamping →
Controlled appearance, corrosion resistance, hardness, and electrical-insulation options for equipment housings and controls.
Explore Anodizing →
Nickel, chrome, copper, zinc, and project-specific finishes for connectors, hardware, controls, and visible components.
Explore Electroplating →
Thin, hard, color-controlled finishes for knobs, bezels, trim, handles, and frequently touched metal surfaces.
Explore PVD Coating →
Low-friction wear protection for shafts, guides, pins, valves, and precision motion components.
Explore DLC Coating →Send the latest drawing or model, material, quantities, finish callout, critical dimensions, operating environment, and documentation needs. These inputs guide feasibility, masking, fixturing, thickness, inspection, and sample validation.
Share the drawing, material, quantities, applicable specification, critical dimensions, finish requirements, and delivery destination.