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Mechanically Interlocked Double Block & Bleed
Precision Design's interlocked double block and bleed valve system enhances safety in the workplace.
Our interlocked double block and bleed valve system was designed to safely remove all stored energy from a hydraulic circuit using an interlocked valve system with a Fortress trapped key system. This ensures the operational process is followed and that your staff and equipment remain safe.
OD Pipe Wash
OD pipe wash system is used to remove mud and snow as the pipe enters the building on the entry conveyor.
We designed an outside diameter pipe washing system to remove contaminants from the outside of the pipe as it enters the building for processing. The system uses high-pressure nozzles on an adjustable frame to optimize the spray patter
OD pipe wash system is used to remove mud and snow as the pipe enters the building on the entry conveyor.
We designed an outside diameter pipe washing system to remove contaminants from the outside of the pipe as it enters the building for processing. The system uses high-pressure nozzles on an adjustable frame to optimize the spray pattern for varying pipe diameters. It is also a closed-loop system that recycles and filters the water so it can be reused in the process.
Electrical & Mechanical Equipment Interlocking
Equipment access interlocking uses a trapped key system to ensure proper procedures for safe entry.
We developed an interlocking system using the Fortress trapped key system for a client who needed to interlock an electrical disconnect with a gate. A personal key was added to ensure the safety of the person entering the area, or for group access, it can be locked into a lockbox.
Platform Design & Reality Capture
Rapid Manufacturing – 7 Port Air Manifold
An accurate 3D model of the client’s facility was created using our 3D laser scanner.
Using our reality capture capabilities, we accurately captured the as-built 3D model of the equipment in this area. Using the 3D scan, we then designed a platform that accurately matched the existing equipment, removing the guesswork. The increased accura
An accurate 3D model of the client’s facility was created using our 3D laser scanner.
Using our reality capture capabilities, we accurately captured the as-built 3D model of the equipment in this area. Using the 3D scan, we then designed a platform that accurately matched the existing equipment, removing the guesswork. The increased accuracy allowed us to supply fabrication drawings that reduced fabrication and installation costs.
Wall Jig
Rapid Manufacturing – 7 Port Air Manifold
Rapid Manufacturing – 7 Port Air Manifold
Precision Design's welding wall jig helps weld and lift wall panels into trailers.
Our client needed a safer process that would reduce the time and manpower required to fabricate wall panels for their trailers. After meeting with the client and brainstorming ideas, we developed a rotational wall jig design for welding and lifting wall panels onto their trailers.
Rapid Manufacturing – 7 Port Air Manifold
Rapid Manufacturing – 7 Port Air Manifold
Rapid Manufacturing – 7 Port Air Manifold
Precision Design's 3D-printed 7-port air manifold evenly distributes airflow in seven directions.
Our client needed a specialized air manifold to split a blower air source into seven evenly distributed air streams. Using the client’s original design, we modified it to evenly distribute the air and 3D-printed the manifold for use in their process.
Coil Handling System
Valve Trapped Key Process Verification System
Valve Trapped Key Process Verification System
Coil handling system designed to reduce colour change over time and minimize coil damage.
Our client wanted to streamline coil handling in their manufacturing process. We developed a coil handling system that reduced colour change over time and coil damage. The system can also be loaded offline, so it does not interrupt production while loading new coils.
Valve Trapped Key Process Verification System
Valve Trapped Key Process Verification System
Valve Trapped Key Process Verification System
Valve-trapped key process verification system eliminates cross-contamination through multiple valves.
Our client wanted a process control solution that didn’t require changing existing valves or running electrical controls to a remote location. After consulting with the client, we proposed using the Fortress trapped key system. This system
Valve-trapped key process verification system eliminates cross-contamination through multiple valves.
Our client wanted a process control solution that didn’t require changing existing valves or running electrical controls to a remote location. After consulting with the client, we proposed using the Fortress trapped key system. This system locks all valves closed until an operator uses a single key to open the required valve, trapping the key until the valve is closed again and eliminating any chance of cross-contamination caused by multiple valves being opened.
Automated Pipe Stencil Machine
Valve Trapped Key Process Verification System
Automated Pipe Stencil Machine
Automated pipe stencil machine increases workplace safety and efficiency.
Our client wanted increased throughput and improved stencil quality. In consultation with the client, we developed a solution that exceeded their requirements, with the added benefit of increased safety by removing personnel from the material processing area.
Machine Guarding
Pneumatic Interlocked Bleed-Off Valve
Automated Pipe Stencil Machine
Machine guarding is designed to meet B11 safety standards and increase workplace safety.
Our client required guarding for their existing motor and pump units to meet current safety standards. We provided customized machine guarding designs that meet B11 safety standards.
Pneumatic Interlocked Bleed-Off Valve
Pneumatic Interlocked Bleed-Off Valve
Pneumatic Interlocked Bleed-Off Valve
Our mechanically interlocked pneumatic bleed-off valve system was designed to safely remove all stored energy from a pneumatic circuit using an interlocked valve system with a Fortress trapped key system. This system can also be used as a stepped process with PLC-controlled devices to ensure the operational process is followed and that your staff and equipment remain safe.