Designed & built to -
	produce high quality preforms
	achieve fast cycle time
	consume minimum energy
	minimize mould change time
	repair and service easily
	provide a long and trouble free service life
Features & Benefits
Core lock type stack design
	Thread splits are locked in position by lock rings before mould closing to minimize wear of thread split tapers on the cavity side for a long flash-less service life of thread splits
	Preform collar is placed inside the thread splits to minimize clamping force requirement and resulting stress on the mould and clamping unit
Modular cavity construction
	Replaceable cavity lock ring; a wear part separated from cavity for inexpensive and easy replacement
	Replaceable gate insert; a wear part separated from cavity for inexpensive and easy replacement
	Cavity never needs to be replaced
	No axial load on cavity allowing the use of lower steel section thickness and faster cooling
Precision machined and finished
	Weight variation across cavities is minimal
	Excellent concentricity between core and cavity for minimum wall thickness variation
	Consistent dimensions across cavities
	Flash-less parting lines
	Good mould life due to perfect matching of components under load
Large gate diameter and generous venting
	Permits short injection and hold times
	Resin is exposed to less stress during injection
Thread splits manufactured from corrosion resistant steel
Gate thermally insulated from hot runner nozzle and aggressively cooled
	Low crystallinity in the gate area of the preform
Cavity and core manufactured from highly conductive, tough and wear resistant steel
	Fast and efficient cooling
	Highly resistant to mechanical failure
Wet area maximized in gate, cavity, thread splits and core
	Fast and efficient cooling
Cooling water channels in gate, cavity, thread splits and core, designed for turbulent flow at minimum flow rates
	Ensures fast and efficient heat exchange between steel and water
	Chilled water pump consumes less energy
	Requires a smaller flow rate pump
Cooling channels of cavity and core plated for lifelong corrosion resistance
	No deterioration of cooling rate over time
Large channel diameter for chilled water transport in mould base
	Low pressure drop in water distribution channels resulting in energy conservation
	Less pressure demand on the pump
All stack components hardened to over 50 HRC and cryogenically treated
	Highly wear resistant
	Resistant to plastic deformation and changes in dimensions
	Cryogenic treatment increases wear resistance and toughness beyond what is possible with a conventional hardening process
	Long service life
PVD coatings (optional)
	Extremely wear resistant to protect surfaces from wear
	Easier ejection with lower ejection forces
Mold base plates hardened and plated for corrosion resistance
	Highly rigid to withstand clamping forces without deformation
	Provides adequate support to stack components
	Extremely resistant to corrosion
	Long service life
Ergonomic
	Cores, core lock rings, thread splits, and cavity lock rings can be changed with the mould in the machine, for quick and easy servicing
	Only one chilled water inlet and outlet for each mould section, with distribution channels drilled into the mould base plates, for quick mould change and low probability of water leakages
	Quick coupling connectors for quick mould change
Cavity Spacing as low as 50 mm x 120 mm (micro-pitch) for thread diameters of up to 30 mm
	Permits the use of higher number of cavities for any machine size for higher productivity
Standardization of components
	Reduction in spares inventory for a group of moulds
	Easy servicing
Customized to fit any appropriate hot runner
Customized to fit any injection moulding or ISBM machine
Support
	Comprehensive training provided to customer’s technicians in mould and hotrunner maintenance as well as PET processing
	Professionally competent company technicians for mould commissioning, and training at the customer’s factory
	Standard wear parts are kept in stock for immediate shipment