Product Gallery
At Valor Company, our 54 years of experience, extensive array of equipment, and long-term professional staff have enabled us to tackle many different projects. Learn more about our capabilities by browsing some examples of past and present works.
Tube Bending
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Flow drilled and tapped holes -
Joystick handle with part number -
Solid bar handrail with a bead-blasted finish -
Flattened end with a 90° form -
Angle-cut end -
Pierced hole through one wall; a dimpled hole is achieved by not using a mandrel -
Flow drilling is used to extend wall diameter -
Rectangular tube with a key hole -
TIG welded -
A piece showcasing radius end cutting / complex end cutting -
2″ tube with a long roll bend, followed by a tight rotary bend -
End notching -
We work with tubes of all sizes -
Large crush-bent component from square tubing -
A large welded tube product, assembled in-house -
Roll bent 2″ diameter tube -
6′ long tractor Roll-Over Protection System (ROPS) bracket -
Stainless steel suction-pump wand; welded with a passivated finish -
1″ tube with flattened center and 3″ flattened end -
Flattened mid-section of a tube -
Two formed and flattened ends; component on left joined by weld -
Milled end coping -
1 1/4″ formed tube with pierced slots and hole -
2′6″ × 1′6″ × 1′6″ stand — bent from single 1″ tube -
Complex CNC bending -
Handlebar for a post-hole digger -
Expanded tube with a trimmed flange -
A drilled and tapped tube -
Chamfered end with flattened middle -
End formed top -
1″ solid bar -
1 3/8″ solid bar; end flattened to 5/8″ with 7/8″ diameter drilled hole -
This large, heavy-gauge tube is part of fire engine’s rollover protection structure -
The stampings, tubing, and welding for this gate assembly are all completed in-house -
Flattened tube end with pierced, countersunk hole -
CNC bent tube with additional component attached via weld -
ATV door frame -
Part of an industrial paint sprayer, 29″ × 35″ -
Complex bending angles -
1″ square tube, 48″ × 16″ -
Crush bent to 90° -
Produced from single tube, bent to make ends meet -
Flattened tube end is pierced to create oblong hole, then again through one wall to create round, dimpled hole -
Weeding tool for a garden or yard -
Welded, finished assembly -
MIG welded small engine exhaust manifold -
External pipe threading -
The internal structure of a steering joystick -
Pierced, dimpled hole through one wall -
Complex tube forming and piercing -
1/2″ tube with milled-through slot and pierced hole -
Portable medical device frame, coated with a textured urethane paint -
5/16″ wire/rod -
Tractor door pin -
Stainless steel medical tubing -
3/8″ × 3″ formed medical pump tube -
Medical-grade bath chair frame -
Bent solid bar -
2″ treadmill handrail -
Drain tube, stainless steel -
Aluminum pierced through both walls; mandrel used to prevent material dimpling/sinking around holes -
Train locomotive handrail -
Two-piece assembly -
65° mitered end -
Swedged assembly -
Welded tube assembly -
Bent from a single tube -
Tube with pierced holes -
TIG welded round tube -
Exhaust manifold -
Mandrel punched holes -
MIG welded -
Safety equipment stand
Metal Stamping
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Whiteboard clips, one treated with a black hard-anodized finish -
A product number has been stamped into this piece -
Compound stamping from bar stock -
A progressive stamping -
A progressive stamping with identification markings -
Press-fit, threaded nut in center -
Weld studs, spot-welded into place -
Stamping with weld studs -
Compound wipe-formed bracket -
Main arm of an electric trolling motor, painted and embossed -
Black-gloss powder coated -
Internal bracket -
Bracket -
Stamping with welded nuts -
Front wheel bracket for an electric golf bag cart -
Speciality auto repair tool -
Part of a steering wheel assembly -
Assembled and painted bracket -
Deep draw, stainless steel -
Blank with brake press forms -
Stainless steel bracket -
Embossed with pierced holes -
Stainless steel housing cover -
Flow drilled to increase wall thickness with tapped threading -
Piercing -
Alternator sub-assembly part -
Upper set of holes are pierced and extruded; lower set embossed -
Fast-food restaurant seat bracket -
Zinc-plated slide handle with plastic dip-coated end -
Stamped holes with countersinking -
Shelving bracket -
Bracket with stiffener -
The expanded bushings in this formed fall-safety bracket are secure but allow some play -
This bracket’s pierced holes are extruded, tapped as an alternative to welded nuts -
This sub-assembly is built from stampings produced in-house -
Spring steel clip -
30″ trolling motor arm, white powder coat finished -
Polished tube brackets, stainless steel media -
A creative stamping piece for a children’s fishing pole -
Semi-trailer landing gear lock -
A tool box -
Tumbled and deburred -
Brass hardware clip -
Progressive stamping -
Brake press formed -
Power box -
Zinc-plated bracket, finished with yellow dichromate -
Washed stainless steel box -
Progressive stamping -
Internal sub-assembly -
Pump housing, stainless steel -
Bracket for a truck’s muffler -
Jumper cable handles -
Pierced blank with formed edges -
Stamped blank with one-hit wipe form -
Two-color urethane paint -
Robotic door assembly part -
Steel plate door manufactured for MRAP vehicles -
Skid loader motor mount bracket -
Side view of motor mount bracket nut — will wiggle, but won’t fall out -
Top view; nuts fabricated to allow wiggle, but remain in place -
Black anodized aluminum extrusion -
Stamped steel louver unit -
Press-fit, threaded nut in center -
A progressive stamping; pierced & extruded with tapped threading -
A small hardware clip -
Robotically welded -
Text stamped onto the surface of a semi-trailer lock -
Progressive stamping -
Aluminum extrusion with piercings through all three surfaces -
An example of our fusion welding method — no wire required -
MIG welded assembly -
Two components spot-welded together
