Ultra-high strength 357 Alloy casting with precision controlled heat-treatment. High-load compressor application. Stringent sub-surface porosity standards.
Intricate T-slotted extrusion with precision machining involving heavy stock removal and close tolerance bearing bores
Extruded profile with secondary powder coating and CNC machining
Permanent mold casting with trimming and agency rated machined O-ring grooves for Oil & Gas industry
Permanent mold design with complex 6-sided secondary CNC Machining, heat treating, and anodizing
Extruded profile with secondary media tumbler and CNC machining
Pressure-tight extruded profile with secondary multi-axis machining and anodizing
Precision aluminum casting with machining, heavy polishing, and custom metallic powder coating for flawless aesthetic
Heavy-wall extruded profile with secondary machining to add cable track profile. Tight tolerance keyway extruded to tolerance without broaching.
Permanent mold casting with explosion-rated machined O-ring grooves
Thin-wall, highly aesthetic casting with secondary gasket-groove machining and powder coating
Profile 6061-T6 extrusion with complex secondary machining, involving close profile tolerances and heavy contouring.
Thin wall, high volume production extrusion with secondary slotting
Three part cast assembly with secondary powder coat, CNC machining of flame-path resistant threads, sub-assembly, and custom packaging
Over 3ft. x 3ft. permanent mold cast design with heavy secondary CNC Machining, revealing no porosity
Complex cast design with thin-walled fins and large pressure-tight bosses, supplied complete with welded handles and CNC Machining
Over 4ft. wide design, manufactured on the largest permanent tilt pour machine in the industry.
Highly contoured cast design with secondary weld assembly, powder-coating, machining, and mechanical polishing
Rangy cast design with secondary powder-coat, machining, and assembly, capable of supporting over 1/2 ton
Sand core design with powder-coating, machining, and polishing to meet stringent medical industry standards.
Sand core design with heavy secondary machining and tumble to meet ATF industry standards
Load-bearing casting with parting line minimized and mating surfaces cast to dimension
Over 250,000 pcs annual production
Hexagonal broaching operation on raw cast pilot holes
Highly cored casting with many varying walls that gets heavily machined
Gear teeth used as-cast. High-strength aluminum alloy for extra long life and wear resistance.
Complex helical shape cast with minimally invasive parting line, supplied complete with machining and burnishing
Polish-grade casting for food equipment industry
Very successful sand-casting conversion project where secondary machining was reduced by over 80%
Used in electrical power transmission and distribution installations where high ductility is essential; casting surpassed field and lab fatigue tests repeatedly
All features as-cast with no machining required; fantastic illustration of the geometric possibilites of the permanent mold process
Supplied complete to customer with casting, machining, vibratory finishing, powder-coating, and hinge-pin/gasket assembly
Threaded inserts (4x) to eliminate drilling/tapping and stronger threads; smooth powder-coat ready surface finish
100% of cast surface machined away with zero visible porosity, shown in robust hard-coat anodized condition
High usage casting was seamlessly welded to 6061-T6 aluminum tubing without any resulting leaks in highly automated robotic setting
Complex curves manually reproduced for tooling manufacture; tremenedous cost savings over sand casting with superior surface finish
Cast with minimal draft so gear teeth could be used as-cast without any costly hobbing operations; hi-wear alloy to lengthen casting life in application
Over 5 ft in diameter; cast with precision to minimze post balancing needs; mold completely made from "reverse-engineered" sand casting
Design authorized by world-renowned installation artist, Christo-Jeanne Claude. Converted from aluminum weldment to reduce cost and weight; creative use of lightener pockets
Passed customer pressure tightness requirements by a large margin of safety with NO impregnation; supplied completely fabricated, tested, and assembled
Low annual quantity conversion from sand casting made possible with minimal tooling expense; precision machined O-ring grooves with no porosity
Heavy-walled casting with high-pressure O-ring grooves used as-cast; tight porosity specifications
Cast, machined,pressure-tested, and anodized by Gupta for world-leading OEM; tight tolerance multi-axis machining with undercuts and seal surfaces
Proprietary gating technology employed to eliminate need for hand grinding, leading to superior aesthetics and repeatability
Beautiful as-cast surface finish; sand-core eliminated with creative coring techniques
Decorative base cover used in municipal & commercial street lighting pole applications; much more dimensionally repeatable than previous sand casting to allow for easy assembly
Fabricated stainless steel coil completely encased in cast aluminum with excellent heat transfer with no danger of media leaks
Supplied complete with CNC machining, vacuum brazing, and plating; made to extreme pressure-tightness without impregnation; specialized brazing process for cast aluminum; high thermal conductivity
Precision CNC machined aluminum plate for maximum tensile strength
Precision sand cast aluminum bulkhead for NJ Transit Rail System; over 4 ft x 2.5 ft; supplied fully plated with heli-coiled holes
For multiple reduction unit; Deep-pocketed bearing bores machined to +/-.0005 tolerance; Leak-proof with hydraulic oil
Used in critical mass transit propulsion application; Flatness held to tight tolerance across mating surface of part (after machining); shown with gold chromate coating .
Gearbox for heavy-duty motorized riding cart for elderly/disabled; inserts cast at multi-axes to avoid 100% of machining and increasing thread durability
Multi-axis tightly toleranced machining; deep-pocketed bearing bores machined to +/-.0002 tolerance; Leak-proof with hydraulic oil at pressure.
Very complex design with multiple cores and complex parting, originally designed as die casting; over 300 machined attributes; miniature gun-drilled holes with zero cross-talk between chambers
Precision machined bearing bores machined to exacting true position requirements to minimize gear noise and backlash.