Products & Services

See also: Categories | Featured Products | Technical Articles | More Information
  • Description: capabilities, we want our customers to be the first to know. That's why we are very pleased to announce our newest shape cutting water jet system - the AD Series Flying Bridge™ from Flow International Corporation. Flow International is the world leader in the development and manufacture

    • Cutting: CNC Cutting, Water Jet Cutting
    • Materials: Metals, Plastics, Rubber, Glass, Stone / Marble / Granite, Composites, Foam
    • Services Offered: CAD / CAM Support, Design Assistance, Prototype Services, Low Volume Production, Inspection / Quality Control
    • Location: North America, United States Only, Midwest US Only

  • Description: for a faster abrasive flow. Easy Hose Attachment - Abrasive feed hose slips over inlet for easy visual attachment. Autoline II Cutting Nozzle Independent Tests Prove the Autoline Abrasive Cutting Nozzle Cuts Faster and at a Lower Cost Than Any Other Nozzle. The Autoline design is the ultimate

    • Component Type: Abrasive Jet Cutting Head
    • Carrier Fluid and Abrasive Feed: Wet / Water 

  • Supplier: Jet Edge

    Description: . Water is supplied to the lance from a Jet Edge Ultra-High Pressure UHP waterjet intensifier pump capable of producing up to 36,000 psi (2532 kg/cm2) of water pressure. The water is extruded through an orifice to produce a concentrated stream for water jet cutting, or through a fan-shaped outlet

    • Type: Complete Machine / System
    • System Options / Component Types: Pressure Generator / Pump, Water Gun / Lance
    • Machine Mounting: Portable Machine
    • Process / Operation: Cleaning / Surface Preparation, Cutting / Sectioning, Descaling / Stripping

  • Supplier: Jet Edge

    Description: Designed with the contractor in mind, Jet Edge's High Flow Abrasivejet supports an abrasive flow of up to 3.5 lbs/minute (1.59 kg/min) and is capable of delivering up to 8.6 gpm (31.15 L/min) of ultra-high pressure water. It is ideal for cutting thicker materials such as reinforced concrete walls

    • Component Type: Abrasive Jet Cutting Head
    • Carrier Fluid and Abrasive Feed: Wet / Water 

  • Description: At JIT Global, we effectively manage a wide variety of progressive metal stamping projects including high volume, close tolerance, assembly, long run, continuous strip, high precision, high speed, short run and lead frame type progressive stampings and guarantee that you receive product that meets

    • Stamping Capabilities: Blanking / Piercing, Fine Blanking, Progressive Dies
    • Additional Manufacturing Capabilities: Drilling / Tapping, EDM Cutting, Grinding, Painting / Powder Coating, Tool Making, CNC Machining, Water / Abrasive Jet Cutting, Welding
    • Materials: Ferrous Metals, Nonferrous Metals, Exotic Metals and Alloys, Precious Metals
    • Services Offered: Assembly Services, Engineering / Design Assistance, Prototype / Short Run, High Volume Production, Specialty Packaging

  • Supplier: Jet Edge

    Description: Closed Loop Filtration Systems are specifically designed for waterjet cutting or water jet cleaning systems overflow water to the drain. Dissolved solids are the metals that are dissolved in water from the water jet cutting process. Filtration of the tank overflow will remove some of the suspended

    • Process Flow: 2 GPM
    • Process Pressure: 40 psi
    • Reservoir Capacity: 150 gallons
    • Power Source: 208-230 / 60 / 3, 460 / 60 / 3

Page: 1

Conduct Research Top

  • Brazing with Nicketl Based Brazing Filler Metals
    . The filler. metal is distributed between the closely fitted surfaces. of the joint by capillary attraction.". Microsoft Word - BTB No. 15 -.doc. No. T-15. Brazing Technical Bulletin. Brazing with Nickel Based Brazing Filler Metals. Lucas-Milhaupt, Inc. 5656 S. Pennsylvania Ave • Cudahy, WI 53110
  • Medical Device Link .
    fabrication distortions are avoided. High precision is also generally required for machining delicate metals. Stent manufacturing is a good example of a demanding application. The delicate operation requires cutting sheets or tubes of metal to make mesh tubes with an intricate structure. A water-jet
  • Waterjet 101
    Waterjets cut with a supersonic stream of water that is so powerful it can cut through materials in one pass without shredding or crushing them. The Jet Edge water jet is created by pressurizing water up to 90,000 psi (6,200 bar) with a Jet Edge waterjet intensifier pump. The waterjet cutting
  • Medical Device Link .
    Producing a permanent working water pressure of 6000 bar, a water-jet cutting system is able to cut such modern materials as composites and ceramics, as well as steel, aluminium alloys, and glass, effectively and with exactitude. The heart of the HyperPressure abrasive-jet system
  • Medical Device Link . Microtechnology Opens Doors to the Universe of Small Space
    micromachined with this technique include fluidic structures such as molded orifice plates for ink-jet printing and microchannel plates for disposable assays used in various diagnostic applications. The materials that can be used are electroformable metals and plastics, including polysulfone, acrylate
  • Combining 2-D and 3-D Laser Applications
    equipment specialists claim that an operator now can change the head for cutting 3/4-inch mild steel to welding 3-D parts in less than 15 minutes. That type of time savings can open the door to many possibilities for laser cutting and welding sheet metal. So the laser cutting equipment has made
  • A new class of glass-ceramics -- Micro Milling Media
    the years, grinding technology has evolved toward direct size reduction, with the "cutting edge" being several micron particles in the 1960s, 1 micron in the 1980s,. 100 nm in the 1990s, and currently progressing toward sub-10 nm. ./b9a78de0-aaf5-4dd5-8c8c-2376a90b1d63 Micro-Milling. Media. ➤ A new
  • Medical Device Link . Laser Tools for Micromachining: Reducing Part Size, Time, and Cost
    a feature's dimensions fall below 100 um (0.004 in.). Machining problems are often exacerbated when materials that are difficult to work are used. Soft medical plastics, ceramics, and advanced metal alloys that present machining problems on any scale are particularly challenging when the machined features

More Information Top

Lock Indicates content that may require registration and/or purchase. Powered by IHS Goldfire

  • Visualization of thermal cutting fluid flows
    We describe experimental techniques for visu- alization of the arc jet and gas assist jet, as well as the liquid metal flows being removed from the cut and the gas flow in the torch itself.
  • Machining
    Abrasive flow machining (AFM) 317 Abrasive water jet cutting (AWJC) 304 Abrasive wheels CBN 258 conventional 250 Advanced metal cutting mechanics 1 methodology 4 non-traditional machining 299 numerical modelling 21 Aerosol composition 208 supply 202 .
  • Influence of gas composition on plasma arc cutting of mild steel
    During cutting, the metal melted from the cut -front surface is forced by the high-momentum plasma jet to flow over the cut-front surface, and finally ejected at the plate bottom.
  • CR4 - Thread: Why Not Use Kinetic Energy to Generate Steam
    Just the same as water jets , cut metal with a continuous flow , they also cool the Impacted water.
  • Case Studies in Food Engineering
    Avure’s equipment grew out of the technologies of its parent companies, ABB Pressure Systems and Flow International, in high-pressure compaction of ceramics, powder metal , diamonds, and water- jet cutting , in which a thin stream of water is pumped to about 50...
  • Visualization of the abrasive-waterjet cutting process
    Hashish, M., "Modelling Study of Abrasive Jet Metal Cutting , '" Phase I Report to National Science Foundation under Grant MEA-81- 14500, Flow Res. Rep. No. 229 (March 1982).
  • A Viscous Gas Flow past a Plasma Sheet Formed by a Sliding Discharge
    For example, in the case of plasma arc cutting of met- als, a high-temperature plasma jet is formed in the vicinity of the surface of metal being cut and is blown off by the gas flow .
  • ZASMHBA0001232
    Some of the applications of abrasive flow machining are finishing of dies and molds, finishing of jet engine components, and cutting or trimming of sheet metals .