Custom Fabrication

Water jet cutting uses a high pressure stream of water, often mixed with abrasive, to slice through material without heat. That cold process is the headline benefit. With no heat affected zone, edges keep their mechanical properties and there is no discoloration or micro cracking. Pure water works well for softer materials like rubber and foam, while abrasive water mixes cut metals, stone, glass, carbon fiber, and ceramics with consistent accuracy.
Water jet cutting services at OZK Customs in Fayetteville Arkansas creating precision sheet metal and small metal parts with clean edges and tight tolerances.
Abrasive flow, nozzle size, and standoff control the kerf width and surface finish. Typical kerf ranges from about one millimeter to a bit wider depending on settings. Tolerance depends on cut speed and machine calibration. Slower feed rates tighten accuracy, while faster passes reduce cost. The process is also friendly to stacked sheets and laminated builds because the jet does not introduce thermal stress between layers.
Because there is no heat input, secondary operations like tapping, welding, or powder coating start from a stable edge. For small metal parts manufacturing, this means holes stay round, tabs do not warp, and thin webs maintain shape. When teams need intricate geometry or internal corners sharper than a typical end mill radius, custom waterjet cutting can be the most direct path from CAD to finished blanks.
Both water jet cutting services and metal laser cutting services thrive in modern sheet metal fabrication. Laser wins on speed for thin gauge steel, stainless, and aluminum, and can hold excellent tolerances with smooth edges. Waterjet shines on thicker plate, reflective or heat sensitive metals, and non metals like stone or glass. If you are comparing options for custom metal parts manufacturing, the decision often comes down to material mix, thickness, edge quality, and budget.
A cnc water jet cutting service is versatile across diverse materials and large thickness, often up to several inches for metals and far thicker for softer substrates. It also avoids edge hardening, which helps when parts will be machined, formed, or welded later. Laser offers rapid throughput and narrow kerf on thin sheet, which reduces scrap and can lower price per part on high volume runs.
When vetting any waterjet cutting service, ask about pump pressure, bed size, abrasive type, and nesting software. These factors influence cut speed, maximum part size, edge quality, and material yield. Request samples that show edge finish on your exact material and thickness. If you are searching for water jet cutters near me, also evaluate lead times, inspection practices, and finishing options under the same roof to simplify logistics.
No thermal distortion preserves flatness and eliminates heat tint. This is critical for cosmetic stainless, formed brackets, and precision assemblies that must fit without rework. It is also helpful for gaskets, composites, and plastics that would melt or burn under heat.
With the right setup, custom water jet cutting services can achieve tight tolerances on metals, stone, and glass. Expect better accuracy at slower speeds and with fresh mixing tubes and orifices. Communicate critical features so the provider can plan feed rates accordingly.
Waterjet edges are typically satin and ready for deburr. The kerf is wider than a fiber laser but narrower than many mechanical methods. For appearance parts, ask for a finishing pass or slower speed to improve edge quality.
The usual workflow begins with CAD. Provide DXF or DWG for flat profiles, or STEP files if forming comes next. A good provider nests parts to optimize yield and reduce cost. For small metal parts manufacturing, tabbing prevents tip up and keeps thin features secure. After cutting, parts may be deburred, tumbled, tapped, or formed, aligning with the larger sheet metal fabrication process.
If you need custom waterjet services for one off prototypes, you can tune feed rates for fast turnarounds. For production, consistent fixtures and repeatable programs lock in quality over many batches. This is where custom water jet cutting services pair well with bending and welding to deliver assemblies that are ready for installation. Many teams run a first article to validate dimensions, grain direction, hole size, and bend allowances before scaling.
When evaluating a partner for custom waterjet, look beyond the machine. Strong process control, material traceability, and clear communication matter as much as the cut. If a project mixes aluminum, stainless, and composite panels, the ability to switch abrasives, manage coolant free processes, and protect surfaces will impact final quality. For projects in Fayetteville Arkansas and surrounding regions, local pickup can save days in transit while still delivering national class precision.
If you want a single shop to support cutting, forming, and welding, explore our custom fabrication. You can also see our full menu of fabrication services and learn more about our process at why choose OZK Customs. Whether you are comparing methods, pricing a cnc water jet cutting service, or juggling multiple materials, we can guide you through the tradeoffs and deliver parts that meet your spec.
Bring your design and material list. From custom waterjet cutting to laser and forming support, we will translate your drawings into accurate parts that assemble cleanly and look the part. If you have been searching for waterjet cutting service or custom waterjet cutting near you, send your files and let us price options that fit your schedule and budget.
Ready for precise, clean edges on your next part run? Tell us about your material, thickness, and timeline. OZK Customs can quote custom water jet cutting, bending, and welding together so you get finished parts that fit first time. Send your drawings and we will respond fast with options, pricing, and lead time.
ADDRESS:
6159 E Huntsville Rd, Fayetteville, AR 72701
PHONE:
(479) 326-9200
EMAIL:
info@ozkvans.com