Maxjet-5-to-IDE-III-301200-1.2145.3-1
Product Name: Maxjet 5 to IDE III Adapter (Tilt-A-Jet Only) / Part No. 301200-1
Description:
This component is a precision-machined stainless steel adapter specifically engineered to mount an Integral Diamond Eductor (IDE) III cutting head onto a waterjet system originally equipped with an OMAX MAXJET 5 series Tilt-A-Jet cutting head . The adapter serves as a mechanical and hydraulic interface, enabling users to retrofit the advanced IDE III platform onto existing MAXJET 5 equipment without requiring replacement of the entire Z‑axis motion system or cutting head mounting block.
By bridging the dimensional and thread differences between the MAXJET 5 Tilt-A-Jet interface and the IDE III cutting head body, this adapter allows legacy systems to benefit from the longer-lasting IDE III technology, which integrates a diamond orifice and mixing chamber into a single, factory-aligned unit. The adapter is a non‑wear component, meaning it does not have a scheduled replacement interval; however, its precision sealing surfaces must be kept in good condition for leak‑free operation.
Applications:
Mounting an IDE III cutting head onto a waterjet system originally equipped with a MAXJET 5 Tilt-A-Jet cutting head
Retrofitting OMAX MAXJET 5 systems to accept H2O Jet / AccuStream IDE III components
Compatible with 60,000–90,000 PSI (approximately 4,137–6,480 bar) waterjet systems
Features:
Precision Stainless Steel Construction: Ensures perfect coaxial alignment between the retrofitted IDE III cutting head and the existing MAXJET 5 Tilt-A-Jet mounting interface
Direct Retrofit Fit: Engineered specifically to bridge the dimensional differences between the MAXJET 5 Tilt-A-Jet interface and the IDE III cutting head body
Non‑Wear Component Classification: The adapter itself is not a consumable part; under normal use, it provides long service life and can be reused across multiple consumable replacement cycles
Corrosion‑Resistant: High‑grade stainless steel withstands the harsh waterjet environment
Maintenance:
Inspection:
Regularly check the adapter‘s mating faces and cone sealing surfaces for nicks, scratches, galling, or erosion. Any damage to these precision surfaces will compromise the high‑pressure seal and cause water leaks
Inspect the internal and external threads for signs of wear, corrosion, or damage. Damaged threads prevent proper torque application and must be replaced immediately
Cleaning:
During cutting head maintenance, thoroughly clean all mating surfaces and threads with a soft cloth and low-pressure water or compatible solvent
Remove all debris, mineral deposits, and old seal residue
Do not use abrasive tools that could scratch precision-machined surfaces
Installation and Replacement Guidelines:
Full Depressurization (Critical): Always fully depressurize the waterjet system (high‑pressure water, hydraulic system, and air supply) and follow lockout/tagout procedures before installing or removing the adapter
Clean Area Maintenance: Perform assembly in a designated clean area to prevent contamination of sealing surfaces with abrasive particles
Thread Lubrication: Apply a thin, even layer of high‑pressure anti‑seize lubricant to the male threads during reassembly to prevent galling and ensure accurate torque application
Torque Compliance: Tighten the adapter and associated gland nuts to the specific torque values listed in the equipment service manual using a calibrated torque wrench. Use a second wrench to counter‑hold the adapter body to prevent twisting stress
Replacement Criteria: Replace the adapter immediately if threads are damaged, sealing surfaces are scored or pitted, cracks are visible, or persistent high‑pressure leakage occurs despite correct installation
Cross‑Reference Information:
Flow compatible parts: Listed in 2017 H2O Catalog as compatible with Flow systems
Also known as: Maxjet 5 to IDE III Adapter (Tilt-a-Jet Only), Adjustable Nozzle Body Adapter








