Manufacturing Cell with 4 processes

Manufacturing Cell with 4 processes

8 station rotary index table with part present sensor, laser etching, automatic part cleaning, 4 color printing and drying processes with Light curtain for operator safety.

8 station rotary index table with part present sensor, laser etching, automatic part cleaning, 4 color printing and drying processes with Light curtain for operator safety.8 station rotary index table with part present sensor, laser etching, automatic part cleaning, 4 color printing and drying processes with Light curtain for operator safety.8 station rotary index table with part present sensor, laser etching, automatic part cleaning, 4 color printing and drying processes with Light curtain for operator safety.8 station rotary index table with part present sensor, laser etching, automatic part cleaning, 4 color printing and drying processes with Light curtain for operator safety.8 station rotary index table with part present sensor, laser etching, automatic part cleaning, 4 color printing and drying processes with Light curtain for operator safety.8 station rotary index table with part present sensor, laser etching, automatic part cleaning, 4 color printing and drying processes with Light curtain for operator safety.

Manufacturing Cell – Fully Automated

Manufacturing Cell, Fully Automated

Fully automated system with auto-load, pad printing, drying, sonic welding, and final inspection. Good & bad parts are unloaded at 2 separate stations. Capacity: 15,000 parts/day.

Manufacturing Cell Fully Automated,Fully automated system with auto-load, pad printing, drying, sonic welding, and final inspection. Good & bad parts are unloaded at 2 separate stations. Capacity: 15,000 parts/day.Fully automated system with auto-load, pad printing, drying, sonic welding, and final inspection. Good & bad parts are unloaded at 2 separate stations. Capacity: 15,000 parts/day.Fully automated system with auto-load, pad printing, drying, sonic welding, and final inspection. Good & bad parts are unloaded at 2 separate stations. Capacity: 15,000 parts/day.Fully automated system with auto-load, pad printing, drying, sonic welding, and final inspection. Good & bad parts are unloaded at 2 separate stations. Capacity: 15,000 parts/day.Fully automated system with auto-load, pad printing, drying, sonic welding, and final inspection. Good & bad parts are unloaded at 2 separate stations. Capacity: 15,000 parts/day.

Manufacturing Cell Fully Automated

Manufacturing Work Station

Manufacturing Work Station

Operator safety work station with automatic sliding door and 2 anti-tie down opto switches. Also includes integrated power-supply, Nitrogen assist for burr-free cutting.

 

Manufacturing Work Station, Operator safety work station with automatic sliding door and 2 anti-tie down opto switches. Also includes integrated power-supply, Nitrogen assist for burr-free cutting.Manufacturing Work Station, Operator safety work station with automatic sliding door and 2 anti-tie down opto switches. Also includes integrated power-supply, Nitrogen assist for burr-free cutting.Manufacturing Work Station, Operator safety work station with automatic sliding door and 2 anti-tie down opto switches. Also includes integrated power-supply, Nitrogen assist for burr-free cutting.Manufacturing Work Station, Operator safety work station with automatic sliding door and 2 anti-tie down opto switches. Also includes integrated power-supply, Nitrogen assist for burr-free cutting.Manufacturing Work Station, Operator safety work station with automatic sliding door and 2 anti-tie down opto switches. Also includes integrated power-supply, Nitrogen assist for burr-free cutting.

Automatic Part Loading

Automatic Part Loading

Robot carries 6 parts from molding machine and then loads them on the automation cell. The part present sensor verifies that  parts are seated on the nest.

Robot carries 6 parts from molding machine and then loads them on the automation cell. The part present sensor verifies that parts are seated on the nest.Robot carries 6 parts from molding machine and then loads them on the automation cell. The part present sensor verifies that parts are seated on the nest.Robot carries 6 parts from molding machine and then loads them on the automation cell. The part present sensor verifies that parts are seated on the nest.Robot carries 6 parts from molding machine and then loads them on the automation cell. The part present sensor verifies that parts are seated on the nest.Robot carries 6 parts from molding machine and then loads them on the automation cell. The part present sensor verifies that parts are seated on the nest.Robot carries 6 parts from molding machine and then loads them on the automation cell. The part present sensor verifies that parts are seated on the nest.

Manufacturing Cell with HMI

Manufacturing Cell with HMI

Robotic part handling system consists of 6 axes robot, vision system for part orientation and 532nm Nd:Yag laser. HMI with touch screen for all operation and diagnostic functions.

 

Manufacturing Cell with HMI, Robotic part handling system consists of 6 axes robot, vision system for part orientation and 532nm Nd:Yag laser. HMI with touch screen for all operation and diagnostic functions.Robotic part handling system consists of 6 axes robot, vision system for part orientation and 532nm Nd:Yag laser. HMI with touch screen for all operation and diagnostic functions.Robotic part handling system consists of 6 axes robot, vision system for part orientation and 532nm Nd:Yag laser. HMI with touch screen for all operation and diagnostic functions.Robotic part handling system consists of 6 axes robot, vision system for part orientation and 532nm Nd:Yag laser. HMI with touch screen for all operation and diagnostic functions.Robotic part handling system consists of 6 axes robot, vision system for part orientation and 532nm Nd:Yag laser. HMI with touch screen for all operation and diagnostic functions.

Pick & Place Robot

Pick Place Robot

6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.

 

6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning for Pick Place Robot,.6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.6-axes robot for handling wide variation of parts.It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.

HMI Touch Screen

HMI Touch Screen

HMI -Touch screen with menu driven screen for all aspects of machine operation and diagnostic functions. All screens are customized for user friendliness and best performance.

 

HMI Touch screen with menu driven screen for all aspects of machine operation and diagnostic functions. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance. All screens are customized for user friendliness and best performance.

Manufacturing Cell with PC Interface

Manufacturing Cell with PC Interface

This manufacturing workstation consists of multi-axis part handling system  for precision manufacturing processes. It also has safe-view window and sliding door.

This Manufacturing Cell with PC Interface workstation consists of multi-axis part handling system for precision manufacturing processes. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door. It also has safe-view window and sliding door.

Feeder Bowl with Tracks

Feeder Bowl with Tracks

Bowl feeder with in line vibratory feeder track. The parts are fed at the laser drilling station where they are drilled and inspected. Good and bad parts are separated in automatic mode.

 

Feeder Bowl with Tracks.Bowl feeder with in line vibratory feeder track. The parts are fed at the laser drilling station where they are drilled and inspected. Good and bad parts are separated in automatic mode.Bowl feeder with in line vibratory feeder track. The parts are fed at the laser drilling station where they are drilled and inspected. Good and bad parts are separated in automatic mode.Bowl feeder with in line vibratory feeder track. The parts are fed at the laser drilling station where they are drilled and inspected. Good and bad parts are separated in automatic mode.Bowl feeder with in line vibratory feeder track. The parts are fed at the laser drilling station where they are drilled and inspected. Good and bad parts are separated in automatic mode.Bowl feeder with in line vibratory feeder track. The parts are fed at the laser drilling station where they are drilled and inspected. Good and bad parts are separated in automatic mode.Bowl feeder with in line vibratory feeder track. The parts are fed at the laser drilling station where they are drilled and inspected. Good and bad parts are separated in automatic mode.

2D Matrix Scanner

2D Matrix Scanner
6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.

6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning 2D Matrix Scanner .6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.6-axes robot for handling wide variation of parts. It also minimizes tooling cost and provides accuracy and precision and highly repeatable positioning.

2D Matrix Scanner

Positioning with Stepper Motors

Positioning with Stepper MotorsThis large X-Y work table is driven by stepper motor and timing belt for low inertia load with high speed motion.  The machine is guarded with light curtain at load/unload station.

Positioning with Stepper Motors and timing belt for low inertia load with high speed motion. The machine is guarded with light curtain at load/unload station.This large X-Y work table is driven by stepper motor and timing belt for low inertia load with high speed motion. The machine is guarded with light curtain at load/unload station.This large X-Y work table is driven by stepper motor and timing belt for low inertia load with high speed motion. The machine is guarded with light curtain at load/unload station.This large X-Y work table is driven by stepper motor and timing belt for low inertia load with high speed motion. The machine is guarded with light curtain at load/unload station.This large X-Y work table is driven by stepper motor and timing belt for low inertia load with high speed motion. The machine is guarded with light curtain at load/unload station.This large X-Y work table is driven by stepper motor and timing belt for low inertia load with high speed motion. The machine is guarded with light curtain at load/unload station.This large X-Y work table is driven by stepper motor and timing belt for low inertia load with high speed motion. The machine is guarded with light curtain at load/unload station.

Large Panel X-Y Table

Large Panel X-Y Table

Precision X-Y table with 30” x 72” travel. It is driven by 2 stepper motors for high accuracy and repeatable process.  It has safety enclosure and process view window.

 

Large Panel X-Y Table Precision X-Y table with 30” x 72” travel. It is driven by 2 stepper motors for high accuracy and repeatable process. It has safety enclosure and process view window.Precision X-Y table with 30” x 72” travel. It is driven by 2 stepper motors for high accuracy and repeatable process. It has safety enclosure and process view window.Precision X-Y table with 30” x 72” travel. It is driven by 2 stepper motors for high accuracy and repeatable process. It has safety enclosure and process view window.Precision X-Y table with 30” x 72” travel. It is driven by 2 stepper motors for high accuracy and repeatable process. It has safety enclosure and process view window.Precision X-Y table with 30” x 72” travel. It is driven by 2 stepper motors for high accuracy and repeatable process. It has safety enclosure and process view window.Precision X-Y table with 30” x 72” travel. It is driven by 2 stepper motors for high accuracy and repeatable process. It has safety enclosure and process view window.

Safety Enclosure

Safety Enclosure

Work station with safety enclosure, 2 station rotary index table and touch screen and light curtain. Cost effective way of increasing process thru put.

 

Work station with safety enclosure, 2 station rotary index table and touch screen and light curtain. Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Cost effective way of increasing process thru put.Work station with safety enclosure, 2 station rotary index table and touch screen and light curtain. Cost effective way of increasing process thru put.

Work Station

Work Station

Work station with keyboard/mouse drawer and power supply mounted under the base table for smaller machine foot print, very desirable when space is at premium.

 

Work station with keyboard/mouse drawer and power supply mounted under the base table for smaller machine foot print, very desirable when space is at premium.Work station with keyboard/mouse drawer and power supply mounted under the base table for smaller machine foot print, very desirable when space is at premium. station with keyboard/mouse drawer and power supply mounted under the base table for smaller machine foot print, very desirable when space is at premium.station with keyboard/mouse drawer and power supply mounted under the base table for smaller machine foot print, very desirable when space is at premium.keyboard/mouse drawer and power supply mounted under the base table for smaller machine foot print, very desirable when space is at premium.Work station with keyboard/mouse drawer and power supply mounted under the base table for smaller machine foot print, very desirable when space is at premium.

Precision X-Y Table

Precision X-Y Table

12” x 24” (300 x 600 mm) precision X-Y table for accurate and repeatable positioning during the scribing and cutting process. Positioning accuracy is +/-0.005” (0.125 mm).

 

12” x 24” (300 x 600 mm) precision X-Y table for accurate and repeatable positioning during the scribing and cutting process. Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm). Positioning accuracy is +/-0.005” (0.125 mm).

Part Holding Nest

Part Holding Nest

Part holding nest with 6 parts at each station of index table. 2 anti-tie down switches provide operator safety. View window offers safe view of the process.

 

Part holding nest with 6 parts at each station of index table. 2 anti-tie down switches provide operator safety. View window offers safe view of the process.2 anti-tie down switches provide operator safety. View window offers safe view of the process.2 anti-tie down switches provide operator safety. View window offers safe view of the process. 2 anti-tie down switches provide operator safety. View window offers safe view of the process. 2 anti-tie down switches provide operator safety. View window offers safe view of the process. 2 anti-tie down switches provide operator safety. View window offers safe view of the process. 2 anti-tie down switches provide operator safety. View window offers safe view of the process 2 anti-tie down switches provide operator safety. View window offers safe view of the process. 2 anti-tie down switches provide operator safety. View window offers safe view of the process. 2 anti-tie down switches provide operator safety. View window offers safe view of the process.

Transfer Station 4 axes

Transfer Station 4 axes

Part handling System to transfer parts from one manufacturing cell to another using precision 4 axes mechanism. The part orientation changes from one process to another.

 

Transfer Station 4 axes.Part handling System to transfer parts from one manufacturing cell to another using precision 4 axes mechanism. The part orientation changes from one process to another.
Part handling System to transfer parts from one manufacturing cell to another using precision 4 axes mechanism. The part orientation changes from one process to another.
Part handling System to transfer parts from one manufacturing cell to another using precision 4 axes mechanism. The part orientation changes from one process to another.
Part handling System to transfer parts from one manufacturing cell to another using precision 4 axes mechanism. The part orientation changes from one process to another.
Part handling System to transfer parts from one manufacturing cell to another using precision 4 axes mechanism. The part orientation changes from one process to another.
Part handling System to transfer parts from one manufacturing cell to another using precision 4 axes mechanism. The part orientation changes from one process to another.

Feeder Bowl

Feeder Bowl

Feeder bowl with in-line vibratory feeder and pick & place to orient, align and feed parts for Ultrasonic welding with hermetic seal. Machine also inspects for weld quality.

 

Feeder bowl with in-line vibratory feeder and pick & place to orient, align and feed parts for Ultrasonic welding with hermetic seal. Machine also inspects for weld quality.Feeder bowl with in-line vibratory feeder and pick & place to orient, align and feed parts for Ultrasonic welding with hermetic seal. Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.Machine also inspects for weld quality.

Precision Stage 4 – axes Stage

Precision Stage 4 axes Stage

This high precision stage is also very accurate and repeatable. It uses servo motor to achieve precision X-Y-R and Tilt  motion within 0.001” (0.025 mm) accuracy.

Precision Stage 4 axes Stage,This high precision stage is also very accurate and repeatable. It uses servo motor to achieve precision X-Y-R and Tilt motion within 0.001” (0.025 mm) accuracy.Precision Stage 4 axes Stage,This high precision stage is also very accurate and repeatable. It uses servo motor to achieve precision X-Y-R and Tilt motion within 0.001” (0.025 mm) accuracy.This high precision stage is also very accurate and repeatable. This high precision stage is also very accurate and repeatable. This high precision stage is also very accurate and repeatable. This high precision stage is also very accurate and repeatable. This high precision stage is also very accurate and repeatable. This high precision stage is also very accurate and repeatable. This high precision stage is also very accurate and repeatable. This high precision stage is also very accurate and repeatable.

Part Load & Unload

Part Load Unload

Automatic part loading and unloading station. It uses pneumatic slides along X, Y & Z axes for low cost and cost effective applications.

Part Load Unload,Automatic part loading and unloading station. It uses pneumatic slides along X, Y & Z axes for low cost and cost effective applications.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Part Load Unload.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Part Load Unload.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Part Load Unload.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.Automatic part loading and unloading station.

Rotary Module

Rotary Module

The rotary module is mounted on a linear slide. This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.

 

The rotary module is mounted on a linear slide. This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.This enables the machine to use two processes on demand; Rotary 360° wrap-around & vertical for X-Y-Z processes.

Machine on Wheels

Machine on Wheels

High voltage power supply with safety lock and internal ventilation for proper cooling of electrical components. Clear panel helps view sub-assemblies.

 

Machine on Wheels,High voltage power supply with safety lock and internal ventilation for proper cooling of electrical components. Clear panel helps view sub-assemblies.Machine on Wheels,High voltage power supply with safety lock and internal ventilation for proper cooling of electrical components. Clear panel helps view sub-assemblies.Machine on Wheels,High voltage power supply with safety lock and internal ventilation for proper cooling of electrical components. Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.Clear panel helps view sub-assemblies.

Electrical Enclosure

Electrical Enclosure

Electrical enclosure with all major components mounted in different segments of the panel and wired with numbers for traceability. The door has safety interlock switch.

 

Electrical enclosure with all major components mounted in different segments of the panel and wired with numbers for traceability. The door has safety interlock switch.Electrical enclosure with all major components mounted in different segments of the panel and wired with numbers for traceability. The door has safety interlock switch.Electrical enclosure with all major components mounted in different segments of the panel and wired with numbers for traceability. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch. The door has safety interlock switch.

Power Supply

Power Supply

High voltage power supply with safety lock and internal ventilation for proper cooling of electrical components. Clear panel help view sub-assemblies.

 

High voltage power supply with safety lock and internal ventilation for proper cooling of electrical components. Clear panel help view sub-assemblies.High voltage power supply with safety lock and internal ventilation for proper cooling of electrical components. Clear panel help view sub-assemblies.High voltage power supply with safety lock and internal ventilation for proper cooling of electrical components. Clear panel help view sub-assemblies.High voltage power supply with safety lock and internal ventilation for proper cooling of electrical components. Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.Clear panel help view sub-assemblies.

Pick & Place With Alignment Tool

Pick Place With Alignment Tool

Pick & Place to load assembly components with precision alignment pins for accurate part placement. The stroke is fixed along 2 axes for consistency and repeatability.

Pick Place With Alignment Tool,Pick Place to load assembly components with precision alignment pins for accurate part placement. The stroke is fixed along 2 axes for consistency and repeatability.Pick Place With Alignment Tool,Pick Place to load assembly components with precision alignment pins for accurate part placement. The stroke is fixed along 2 axes for consistency and repeatability.The stroke is fixed along 2 axes for consistency and repeatability.The stroke is fixed along 2 axes for consistency and repeatability.The stroke is fixed along 2 axes for consistency and repeatability.The stroke is fixed along 2 axes for consistency and repeatability.The stroke is fixed along 2 axes for consistency and repeatability.The stroke is fixed along 2 axes for consistency and repeatability.The stroke is fixed along 2 axes for consistency and repeatability.The stroke is fixed along 2 axes for consistency and repeatability.The stroke is fixed along 2 axes for consistency and repeatability.The stroke is fixed along 2 axes for consistency and repeatability.

Pick & Place With Tooling

Pick Place With ToolingPart shuttle to feed parts from feeder bowl. Pick & Place transports part from dead nest to assembly station. Travel is consistent and repeatable along both X & Z axes.

 

Pick Place With Tooling,Part shuttle to feed parts from feeder bowl. Pick & Place transports part from dead nest to assembly station. Travel is consistent and repeatable along both X & Z axes.Part shuttle to feed parts from feeder bowl. Pick & Place transports part from dead nest to assembly station. Travel is consistent and repeatable along both X & Z axes.Part shuttle to feed parts from feeder bowl. Pick & Place transports part from dead nest to assembly station. Travel is consistent and repeatable along both X & Z axes.Part shuttle to feed parts from feeder bowl. Pick & Place transports part from dead nest to assembly station. Travel is consistent and repeatable along both X & Z axes.Part shuttle to feed parts from feeder bowl. Pick & Place transports part from dead nest to assembly station. Travel is consistent and repeatable along both X & Z axes.Part shuttle to feed parts from feeder bowl. Pick & Place transports part from dead nest to assembly station. Travel is consistent and repeatable along both X & Z axes.Pick Place With Tooling

Feeder Magazine

Feeder MagazineFully automated machine with parts feeder via stack-up feeder magazine. A walking beam transports part from in-feed magazine to stamping station and then re-stack at other end.

Fully automated machine with parts feeder via stack-up feeder magazine. A walking beam transports part from in-feed magazine to stamping station and then re-stack at other end.Fully automated machine with parts feeder via stack-up feeder magazine. A walking beam transports part from in-feed magazine to stamping station and then re-stack at other end.Fully automated machine with parts feeder via stack-up feeder magazine. A walking beam transports part from in-feed magazine to stamping station and then re-stack at other end.A walking beam transports part from in-feed magazine to stamping station and then re-stack at other end.A walking beam transports part from in-feed magazine to stamping station and then re-stack at other end.A walking beam transports part from in-feed magazine to stamping station and then re-stack at other end.A walking beam transports part from in-feed magazine to stamping station and then re-stack at other end.

Work Station with Touch Screen

Work Station with Touch Screen

Loading and unloading station with Light curtain  and 2 anti-tie down switches for operator safety. Enclosure door slides open when process is complete .

 

Work Station with Touch Screen.Loading and unloading station with Light curtain and 2 anti-tie down switches for operator safety.Loading and unloading station with Light curtain and 2 anti-tie down switches for operator safety. Enclosure door slides open when process is complete .Loading and unloading station with Light curtain and 2 anti-tie down switches for operator safety. Enclosure door slides open when process is complete .Loading and unloading station with Light curtain and 2 anti-tie down switches for operator safety. Enclosure door slides open when process is complete .Loading and unloading station with Light curtain and 2 anti-tie down switches for operator safety. Enclosure door slides open when process is complete .Loading and unloading station with Light curtain and 2 anti-tie down switches for operator safety. Enclosure door slides open when process is complete .Loading and unloading station with Light curtain and 2 anti-tie down switches for operator safety. Enclosure door slides open when process is complete .

Machine Concept Drawing

Machine Concept Drawing

Solid works machine concept showing all features of the machine. All sub-assemblies are identified which are further detailed to component level.

 

Machine Concept Drawing.Solid works machine concept showing all features of the machine. All sub-assemblies are identified which are further detailed to component level.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Solid works machine concept showing all features of the machine.Machine Concept Drawing

Linear Shuttle

Linear Shuttle

Inkjet marking system to mark on large parts where print head moves over the part, making it easy for manufacturing process. Zero force switches activate the machine cycle.

 

Linear Shuttle,Inkjet marking system to mark on large parts where print head moves over the part, making it easy for manufacturing process. Inkjet marking system to mark on large parts where print head moves over the part, making it easy for manufacturing process. Zero force switches activate the machine cycle.Inkjet marking system to mark on large parts where print head moves over the part, making it easy for manufacturing process. Zero force switches activate the machine cycle.Inkjet marking system to mark on large parts where print head moves over the part, making it easy for manufacturing process. Zero force switches activate the machine cycle.Inkjet marking system to mark on large parts where print head moves over the part, making it easy for manufacturing process. Zero force switches activate the machine cycle.Inkjet marking system to mark on large parts where print head moves over the part, making it easy for manufacturing process. Zero force switches activate the machine cycle.Inkjet marking system to mark on large parts where print head moves over the part, making it easy for manufacturing process. Zero force switches activate the machine cycle.

Industrial Grade WorkStation

Industrial Grade WorkStation

This industrial grade workstation consists of automatic sliding door, which opens as soon as the manufacturing process is complete for operator to load another part.
 

This industrial grade workstation consists of automatic sliding door, which opens as soon as the manufacturing process is complete for operator to load another part.This industrial grade workstation consists of automatic sliding door, which opens as soon as the manufacturing process is complete for operator to load another part.This industrial grade work station consists of automatic sliding door, which opens as soon as the manufacturing process is complete for operator to load another part.This industrial grade work station consists of automatic sliding door, which opens as soon as the manufacturing process is complete for operator to load another part.This industrial grade work station consists of automatic sliding door, which opens as soon as the manufacturing process is complete for operator to load another part.This industrial grade work station consists of automatic sliding door, which opens as soon as the manufacturing process is complete for operator to load another part.This industrial grade workstation consists of automatic sliding door, which opens as soon as the manufacturing process is complete for operator to load another part.

Lens Marking System

Lens Marking System

This machine consists of a 4 station rotary index table with vacuum nest to hold part during the marking process. Vision system enables the operator to inspect print quality.

Lens Marking System,This machine consists of a 4 station rotary index table with vacuum nest to hold part during the marking process. Vision system enables the operator to inspect print quality.This machine consists of a 4 station rotary index table with vacuum nest to hold part during the marking process. Vision system enables the operator to inspect print quality.This machine consists of a 4 station rotary index table with vacuum nest to hold part during the marking process. Vision system enables the operator to inspect print quality.This machine consists of a 4 station rotary index table with vacuum nest to hold part during the marking process. Vision system enables the operator to inspect print quality.This machine consists of a 4 station rotary index table with vacuum nest to hold part during the marking process. Vision system enables the operator to inspect print quality.This machine consists of a 4 station rotary index table with vacuum nest to hold part during the marking process. Vision system enables the operator to inspect print quality.

Tooling – Pick & Place

Tooling Pick Place

Tooling for robot to pick & place part from nest. The robot has sensor to detect part on nest to speed-up motion and optimize manufacturing cycle time.

Tooling Pick Place,Tooling for robot to pick & place part from nest. The robot has sensor to detect part on nest to speed-up motion and optimize manufacturing cycle time.Tooling for robot to pick & place part from nest. The robot has sensor to detect part on nest to speed-up motion and optimize manufacturing cycle time.Tooling for robot to pick & place part from nest. The robot has sensor to detect part on nest to speed-up motion and optimize manufacturing cycle time.Tooling for robot to pick & place part from nest. The robot has sensor to detect part on nest to speed-up motion and optimize manufacturing cycle time.Tooling for robot to pick & place part from nest. The robot has sensor to detect part on nest to speed-up motion and optimize manufacturing cycle time.

Tooling – Complex Parts

Tooling Complex Parts

This complicated tooling enables the operator to load part in proper orientation and with proper alignment for down-stream manufacturing  processes.

 

Tooling Complex Parts,This complicated tooling enables the operator to load part in proper orientation and with proper alignment for down-stream manufacturing  processes.This complicated tooling enables the operator to load part in proper orientation and with proper alignment for down-stream manufacturing  processes.This complicated tooling enables the operator to load part in proper orientation and with proper alignment for down-stream manufacturing  processes.Tooling Complex Parts,This complicated tooling enables the operator to load part in proper orientation and with proper alignment for down-stream manufacturing  processes.This complicated tooling enables the operator to load part in proper orientation and with proper alignment for down-stream manufacturing  processes.This complicated tooling enables the operator to load part in proper orientation and with proper alignment for down-stream manufacturing  processes.This complicated tooling enables the operator to load part in proper orientation and with proper alignment for down-stream manufacturing  processes.

Tooling – Continuous Rotary

This rotary tool is used for continuous motion. It is very economical and is used for high speed marking, up to 360 degree wrap around with accurate registration.

Tooling Continuous Rotary, This rotary tool is used for continuous motion. It is very economical and is used for high speed marking, up to 360 degree wrap around with accurate registration.This rotary tool is used for continuous motion. It is very economical and is used for high speed marking, up to 360 degree wrap around with accurate registration.This rotary tool is used for continuous motion. It is very economical and is used for high speed marking, up to 360 degree wrap around with accurate registration.This rotary tool is used for continuous motion. It is very economical and is used for high speed marking, up to 360 degree wrap around with accurate registration.This rotary tool is used for continuous motion. It is very economical and is used for high speed marking, up to 360 degree wrap around with accurate registration.This rotary tool is used for continuous motion. It is very economical and is used for high speed marking, up to 360 degree wrap around with accurate registration.This rotary tool is used for continuous motion. It is very economical and is used for high speed marking, up to 360 degree wrap around with accurate registration.

Tooling – Index Rotary

Tooling Index Rotary

This rotary tool is used for precision indexing for accurate positioning. It is highly repeatable, gives consistent yield and is driven by precision stepper motor drive.

Tooling Index Rotary,This rotary tool is used for precision indexing for accurate positioning. It is highly repeatable, gives consistent yield and is driven by precision stepper motor drive.This rotary tool is used for precision indexing for accurate positioning. It is highly repeatable, gives consistent yield and is driven by precision stepper motor drive.This rotary tool is used for precision indexing for accurate positioning. It is highly repeatable, gives consistent yield and is driven by precision stepper motor drive.This rotary tool is used for precision indexing for accurate positioning. It is highly repeatable, gives consistent yield and is driven by precision stepper motor drive.This rotary tool is used for precision indexing for accurate positioning. It is highly repeatable, gives consistent yield and is driven by precision stepper motor drive.This rotary tool is used for precision indexing for accurate positioning. It is highly repeatable, gives consistent yield and is driven by precision stepper motor drive.This rotary tool is used for precision indexing for accurate positioning. It is highly repeatable, gives consistent yield and is driven by precision stepper motor drive.

Automation Systems

Automation Systems

Automation Systems