Integral flowmeter in multilayer manifold
Bonded manifold from acrylic. 2 layers for internal flowmeter. Polished acrylic for clarity.
Multilayer acrylic manifold
Acrylic multilayer fluidic bonded manifold. Manifold has two layers bonded in a hermetically seamless fashion for a medical liquid control application.
3 layer laminate manifold in Ultem for the semiconductor industry
Ultem multilayer fluidic bonded manifold
Bonded manifold for the semiconductor industry. No feature migration or feature collapse. Bond strength equal to the parent material for a high pressure application.
Triple layer ultem bonded manifold. Semiconductor application. Requires precision alignment with channels and threads both sides of the bond line.
Fluidic medical device requiring a bonded manifold from two injection molded halves of polycarbonate.
Micro channels in acrylic fluidic manifold for a medical application.
Small bonded and polished acrylic bubble chamber with stainless steel barbed pins
PVC Machined Manifold
Clear PVC Manifold for Medical device. Lettering is engraved for port identification
Small bonded manifold in acrylic. Utilizes our fusion bonding process to create distortion free micro channels. No joint delamination or bubbles
A Connecticut Plastics exclusive. Through our proprietary fusion bonding process, we are able to provide the medical industry with bonded manifolds starting from an injection molded blank. Great for high volume, less complicated channel configurations. Significant cost savings over traditional bonding methodologies.
2 layer acrylic laminated manifold for the medical industry. Includes heat staked or ultrasonic staked brass inserts. 3" x 5" with no channel distortion. 2 week turnaround for the protoype order.
3 layer Ultem lamination. .020" dia. channels. Surfaces required a 16 finish. 4" x 5" for custom plastic manifold project.
Fusion bonded two layer acrylic manifold for medical diagnostic device.
Polycarbonate two piece impeller bonded using CT Plastics proprietary process. Replaced UV cured adhesive with alignments pins. Stronger bond with improved clean look.
Customer needed quick turnaround on 2 layer Ultem manifold for medical show. Rapid prototype department designs and delivers 4 samples in under 2 weeks. Valve on rail design reduces size of subassembly versus valve body and tubing combination.
2 layer acrylic manifold for a high flow, high pressure application. Large internal channels and cavities distortion free.
3 layer pmma bonded manifold supporting 24 valves. Medical customers are moving away from valve body and tubing combinations to lower cost of ownership integral valve manifold combinations. Reduced connection points, ease of assembly, and tighter packaging support design of compact medical instruments.
Polysulfone bonded manifold with .020" channel features. Manifold is 1" x 2", 2 layer design with complex porting.
Ultem bonded manifold for the medical industry. 9" x 3" x 2" for high flow application
Micro manifold for fluid control. Zero unswept volume and compact packaging available with layered bonding
2 layer bonded manifold with 4 top mount valves
Acrylic pneumatic circuit board for a 4 valve medical application. Note stake inserts provide extra holding power over standard tapped holes and aids in disassembly.
Acrylic manifold with multiface mounting of solenoid valves, micro pumps and flow meter. Internal chamber for fluid resevoir.
4 valve bonded manifold with 4 oring sealed peek inserts and single Stainless Steel tube feed.
2 bonded manifolds attached together. Original customer request created expensive configuration. Dividing the manifold in half and attaching with screws reduced development cost by 30%.
2 layer polycarbonate manifold. Reduced size of valve plate by bonding allows reduction in instrument size.
.020" channels with .020" web, 100 psi, no leaks in acrylic. 2 layer