Digital Readout for Multi-Head Positioning
DIGITAL READOUT
MULTI-HEAD WATERJETS
Monitor Performance in Real Time
The Digital Readout for Multi Head Positioning digitally displays waterjet cutting head positions, eliminating manual measurement.
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Permalign V-Series Mini Hopper
PERMALIGN® V-SERIES
MINI HOPPER
Quickly Adjust Garnet Flow
The variable aperture Permalign® V-Series Mini Hopper increases abrasive waterjet cutting productivity and profitability by allowing waterjet operators to easily make adjustments to abrasive flow, minimizing abrasive consumption. Its water resistant design helps prevent abrasive clogs that can cause stoppages and scrap out expensive material.
Contact Height Sensor
JET EDGE
CONTACT HEIGHT SENSOR
Overcome Fluctuations in Material Flatness
Jet Edge’s Contact Height Sensor contacts the work piece and senses nozzle height to assure consistent cut quality and optimum speed. The sensor arm can either ride on the plate or have infinite programming for the time it is in contact and raised. Jet Edge’s AquaVision® Di controller software also provides feature avoidance for the Contact Height Sensor. This protects the height sensor and cutting head by automatically providing a tool path that will not allow the cutting head to pass over a previously cut part which can tip up after being cut.
In-Line Waterjet Chiller
IN-LINE
CHILLERS
The Workhorse Chiller
In-Line Chillers, used in conjunction with the Closed Loop Filtration System, cool treated water and return it to the high-pressure pumps at the recommended temperature. The chillers utilize durable, welded hermetic-scroll compressors and are equipped with digital temperature controllers. Models include a vertical air discharge which minimizes worker discomfort, reduces floor space requirements, and improves the ease of ducting air flow.
Waterjet Abrasive Removal System
WATERJET ABRASIVE
REMOVAL SYSTEM
Reduces Downtime and Catch Tank Maintenance
Jet Edge’s Abrasive Removal System reduces downtime and catch tank maintenance, making your application a cut above the rest. The system removes spent garnet abrasive and the self-dumping hopper receives the sludge so the clean water can be returned to the catch tank. No more manually removing abrasive from your tank—let a Jet Edge Abrasive Removal System do the work.
Permalign® II Abrasive Waterjet Cutting Head
PERMALIGN® II
ABRASIVE WATERJET CUTTING HEAD
Designed for Abrasive Waterjet Cutting
The patented design of the Permalign® Abrasive Waterjet Cutting Head ensures consistent alignment of the waterjet stream and abrasive nozzle without additional adjustments and reduces the number of components, minimizing overall maintenance and operational costs. When used with the OmniJet, is rated for pressures up to 60,000 psi (4,100 bar), orifice sizes ranging from .003 to .020 inches (0.076-.51 mm), and nozzle sizes from .020 to .065 inches ID (0.51-1.651 mm).
High Pressure Pump Chiller
HIGH PRESSURE
PUMP CHILLERS
The Dynamic Chiller
Jet Edge’s High Pressure Pump Chillers are the perfect match to your high-pressure intensifier pump. The chiller cools the hydraulics of the pump while the closed loop system continuously chills and recycles the water without discharging to the drain. The cooler water temperature improves pump performance and maximizes seal life. The range of units allows you to select the right chiller size for your pump and environment.
Pneumatic Drill for Waterjet Cutting Systems
PNEUMATIC DRILL
FOR WATERJET CUTTING SYSTEMS
Pre-piercing of holes for All Waterjet Cutting Systems
The pneumatic drill adds additional efficiency by allowing for quick piercing, reaming, and tapping without moving the work piece. The drill can be adapted to all waterjet systems. Standard features such as hydraulic feed, exhaust collector, PLC interface module, built-in soft start and remote advance/retract porting make this a valuable addition.
Permalign® xP Abrasivejet Cutting Head
PERMALIGN® XP
ABRASIVEJET CUTTING HEAD
Designed for Aggressive Abrasive Waterjet Cutting
The Permalign XP Cutting Head is designed to be used with the OmniJet XP to optimize performance and reliability. The cutting head is rated for pressures up to 75,000 psi (5,170 bar), orifice sizes range from 0.003-0.023 in (0.076-0.58 mm) and nozzle sizes from 0.020- 0.065 in (0.51-1.65 mm) ID. This combination handles small, intricate cuts as well as thick bevel cuts requiring higher abrasive and water flow rates.
OmniJet III Waterjet Cutting Head
OMNIJET III
WATERJET CUTTING HEAD
Designed for All Waterjet Cutting Applications
The OmniJet Waterjet Cutting Head’s lightweight and compact size offers versatility in multi-directional water jet cutting applications. It is designed and tested for pressures up to 60,000 psi and orifice sizes ranging from .003 to .020 inches. The cutting head has a fail-safe valve design and the orifices are pre-mounted in a set-screw style retainer making them easy to change with an Allen wrench. The OmniJet has been rigorously tested under high-duty cycle conditions.
OmniJet xP Waterjet Cutting Head
OMNIJET XP
WATERJET CUTTING HEAD
Rated for Pressures up to 85,000 psi
The OmniJet XP is designed and tested for pressures up to 85,000 psi (5,900 bar) and orifice sizes ranging from 0.003-0.045 in (0.07621.14 mm). The high pressure cutting head stabilizes the water stream prior to entering the orifice. The pressure rating makes it perfect for cutting thick materials at high pressure.
High Flow Abrasivejet Cutting Head
HIGH FLOW
ABRASIVE CUTTING HEAD
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 7.2 gpm (27.3 L/min) of ultra-high pressure water. It is ideal for cutting thicker materials such as reinforced concrete walls or for separation cutting of steel plate or pipes.
Aquavision® DI Motion Controller for Jet Edge Systems
AQUAVISION®
DI MOTION CONTROLLER
For Mid and High Rail Gantry Waterjets
The Aquavision® Di guides users through the process from job set-up to production. It is fully networkable, allowing part programs to be generated offline and easily transferred to the system’s hard drive for production. The rugged construction protects the controller and hosts extensive cutting and user interface features.
Waterjet Dual Pressure Valve
WATERJET
DUAL PRESSURE VALVE
Designed for Waterjet Motion Systems & Pumps
Jet Edge’s patented Dual Pressure Valve is a remotely mounted valve that allows waterjet operators to control water pressure independently of the intensifier pump. This enables operators to run a number of tables or cutting stations at various pressures.
In low-pressure piercing applications, the Dual Pressure Valve can increase productivity by allowing operators to reduce and raise water pressure without having to wait for the intensifier pump to drop to the lower pressure or rise to the higher pressure. The Jet Edge Dual Pressure Valve will operate with any manufacturer’s waterjet pump, cutting head, or cutting system, and is fully configurable for pressure change ratios.
Robotic Waterjet Swivel
ROBOTIC
WATERJET SWIVEL
Designed for Coatings Removal and Surface Preparation
Jet Edge’s Robotic Swivel directs ultra-high pressure (UHP) water through a rotating manifold containing sapphire orifices or fan tip apertures to produce a concentrated water stream. Water pressure is regulated by adjusting the output of the UHP pump and water flow is regulated by the quantity and size of orifices used. Typical applications include preparation for recoating or repainting, stripping corrosion, coating overspray, paint scale, rust, parts cleaning and degreasing, part carrier cleaning, mold release residue, and much more.
Closed Loop Filtration System
CLOSED LOOP
FILTRATION SYSTEM
The Resourceful Economizer
Jet Edge’s eco-friendly Closed Loop Filtration System reduces water and sewage costs, prevents the introduction of hazardous materials into drainage systems, and eliminates the need for a drain. The waterjet table overflows into a settling weir and the used garnet is settled out before entering the filtration system. The clean water is sent through an In-Line Chiller (sold separately) to remove the heat from the machining process. Clean and chilled water is delivered back to the high-pressure pump.
