HTMP SERIES COMBINATION MULTI-PASS FOR TIGHT SPACES HTMP multi-pass tanks accommodate tight space demands for high speed, high rate medical tubing production. High technology vacuum sizing is integrated with servo driven multi-pass sheaves within the primary cooling tank to satisfy product-specific residence times while precisely cooling and metering the product. Ideally designed for cleanroom and other space limited production areas, the HTMP delivers the industry’s best control over medical product sizing, ovality, tolerance and tension for flexible PVC, TPE, TPU and PE tubing. ELIMINATE STRETCH AND TIGHTEN TOLERANCES HTMP combination multi-pass tanks are designed for high-speed commodity tube extrusion requiring extensive bath cooling. The multi-purpose tanks take up to five times less floor space compared to standard cooling tanks. HTMP tanks incorporate a vacuum (or free extrusion) chamber and feature a servo-driven 20-inch {508 mm} diameter primary sheave that doubles as a puller. The large diameter and controlled pull force avoid tube flattening and distortion. Sheaves can be machined to a particular tube diameter, improving accuracy over belt pullers by eliminating the normal ‘crush’ effect. The driven sheave significantly shortens the travel distance of the tube before pickup, minimizing stretch and tension. Precision glass bearings on non-driven sheaves reduce drag and stretching as the tubing makes subsequent passes through the tank at line speeds that can approach 800 feet/minute {243 meters/minute}. Improve process control Supplied with an integral vacuum chamber, the HTMP adds critical stability to the process by holding precise and repeatable ovality, concentricity and wall thickness. Vacuum can be held to 0.10 inches of water {0.19 mm mercury}. Seamless controls integration with third party measuring systems ensure repeatability. Integrated components save cost The HTMP integrates a precision vacuum tank, primary puller, multi-pass cooling and air wipe chamber into a single package, eliminating added cost and space requirements for stand-alone components. Cut material waste and increase yield Precision vacuum combined with a third party ID/OD gauge provides exceptional dimensional control to save tens of thousands of pounds of material while increasing production yield. Example: Systems have reduced tolerances from ±0.005 inch {±0.127 mm} down to ±0.003 inch {±0.076 mm}. Cleaner interior design Tank interior is designed to ease daily cleanout by minimizing sharp corners and exposed threads where bacteria, pyrogens and other particulate matter can build up. Telescoping drip tray is one piece to aid wipe-down by eliminating open seams. Guide rollers inside the vacuum tank are fixed to free-standing mounts to allow removal for cleaning.

HTMP SERIES CONTROLS Precision Automatic Vacuum Control Actual Coarse Automatic Manual Vacuum Level in H20 Start Pump Start Pump Auto / Manual Stop Pump Recirculation Pump Potentiometer Control This potentiometer control provides push buttons to start and stop the vacuum blower and the water recirculation pump. Vacuum levels are adjusted using a 10-turn potentiometer, which controls the RPM of the vacuum blower. Stop Pump Vacuum Pump Remote Analogue Optional Digital Control The Precision Automatic Vacuum Control (PAVC) provides manual or automatic control of the vacuum system. Using a PID program...

HTMP SERIES 1 Heavy guage stainless steel tank. 2 Single piece, telescoping drip tray - easier to clean since there are no separate pieces to hide pyrogens or other contaminates. 3 Stainless steel splash tray. 11 Full capacity stainless steel reservoir with easy access glass lids. 12 Variable speed VFAC vacuum pressure blower. 13 Water circulation pump - cooling. 14 Braised stainless steel heat exchanger. 4 Hinged one-half inch {12.7mm} tempered glass tank lids. Float valve for automatic filling and make up. 5 One (1) 20 inch {508 mm} primary sheave. Adjustable water level control with thermometer....

HTMP SERIES MODELS Performance characteristics Capacity (tube) Compartments Number of passes Vacuum system Water circulation pump (vac) Water circulation pump (open) Water system contacts Dimensions A - Overall length feet {mm} B - Overall height inches {mm} C - Overall width inches {mm} D - Tank height inches {mm} Vacuum chamber length feet {mm} Vacuum chamber width in. {mm} Cooling chamber length feet {mm} Cooling chamber width in. {mm} Air wipe chamber length in. {mm} Primary (driven) sheave in. {mm} dia. Secondary (non-driven) sheave Adjustments Centerline height inches {mm} Construction...