Learning Labs, Inc. Represents Sun Equipment

Since 1988, Sun Equipment has been providing quality equipment to education and industry.

Learning Labs, Inc. is proud to represent the following mechatronic control training systems:

Please visit Sun Equipment's website, contact your Regional Manager for more information, or use the links above to gain access to more specific information.

Modular CD Production System - MCD-61100

Features include:

Innovation: The first mechatronics control training system based on a compact disk production line in the world.
Training Efficiency: Planning, assembly, programming, operation, maintenance, and troubleshooting of production systems can be taught at various complexity levels
Hands-on Industrial Practice: Experience learned from this system can be applied to industrial practice without any training gap learned vs. practical because most of the mechanisms in this system are custom made to fit various applications which students will encounter while working in the industrial. Sensors come with indicator lamps for faulting and troubleshooting functions.
Covered Training Concepts: Mechanical, Hydraulics, Pneumatics, Electrical, Sensors, PLC, Faulting, and Troubleshooting.

View the MCD-61100 page on Sun Equipment's website for specifications and more information or contact your Regional Manager.

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Module Production System - MPS-61200

Features include:

Training Efficiency: Planning, assembly, programming, operation, maintenance, and troubleshooting of production systems can be taught at various complexity levels.
Hands-on Industrial Practice: Experience learned from MPS can be applied to industrial practice without any training gap learned vs. practical. Sensors come with indicator lamps for faulting and troubleshooting functions.
Training Concepts: Mechanical, Hydraulics, Pneumatics, Electrical, Sensors, PLC, Faulting, and Troubleshooting

View the MPS-61200 page on Sun Equipment's website for specifications and more information or contact your Regional Manager.

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Comprehensive Mechatronics Workstation - CMW-61300

Features include:

Innovation: The most comprehensive mechatronics workstation for students to learn all required control concepts.
Hands-on Industrial Practice: Experience learned from this station is more than 3 traditional mechatronics control stations can provide. An excellent value based on the cost. Sensors come with indicator lamps for faulting and troubleshooting functions.
Covered Training Elements: Pneumatic Actuator, Electro-pneumatic valves, PLC, Stepper Motor, AC Solenoid, Power supply, Conveyor belt, DC Gear head motor, Pick and Place Arm with gripper, Material hopper, Sensors (proximity, optical, inductive/reluctive, microswitch), Control interface devices (Electro-magnetic relays, solid-state relays), faulting, and Troubleshooting

The overall operation of this comprehensive mechatronics workstation performs the following tasks:

Material hopper provides a workpiece from a magazine
Sensor issues an error signal if no part is present
Pick and place arm moves into position to grab workpiece
Gripper fingers grab workpiece
Arm lifts workpiece from the material hopper
Arm rotates
Arm places workpiece over conveyor belt
Gripper fingers release workpiece on to belt
Conveyor belt moves workpiece
Sensor determines if the workpiece is of plastic or metal material
Sensor determines the color of the workpiece
Workpieces are sorted by material type and color
One type is diverted off the conveyor belt into the slide #1
Second type is diverted off the conveyor into the slide #2
15. The other type runs to the end of belt and drops into the end bin
Sensors verify all workpieces have dropped

View the brochure!

View the CMW-61300 page on Sun Equipment's website for specifications and more information or contact your Regional Manager.

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Shape Detection and Sorting Station - SDS-60100

This trainer includes 3-D mechanism assembling and disassembling simulation software.

Specifications:

3-point Assembly
Control Switch
5W/2P single-pilot solenoid valve
Throttle Valve
Pneumatic Cylinder
Robotic Arm Mechanism
Cylinder Workpiece Delivery Unit
Cubic Workpiece Delivery Unit
Sensors
Conveyer
Motor
Electrical Components
PLC
Profile Aluminum Plate

Experiments:

Introduction to Pneumatic Circuits
Introduction to Robot Mechanism
Introduction to Shape Sensors
Introduction to Electro-Pneumatic Components
Circuit Design
PLC Program design

Please contact your Regional Manager for more information.

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Color Identification and Sorting - CIS-60200

This trainer includes 3-D mechanism assembling and disassembling simulation software.

Specifications:

3-point Assembly
Control Switch
5W/2P single-pilot solenoid valve
5W/2P double-pilot solenoid valve
Throttle Valve
Sliding Cylinder
Cylinder
Rotary Actuator
Vacuum Generator
Vacuum Sucker
Air Pressure Switch
Electrical Components
PLC
Profile Aluminum Plate
Sensors
Robot Mechanism

Experiments:

Introduction to Pneumatic Circuits
Introduction to Robot Mechanism
Introduction to Color Sensors and Limit Switches
Introduction to Electro-Pneumatic Components
Circuit Design
PLC Program design

Please contact your Regional Manager for more information.

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Object Orientation Sensing and Correction Station - OOS-60300

This trainer includes 3-D mechanism assembling and disassembling simulation software.

Specifications:

3-point Assembly
Control Switch
5W/3P single-pilot solenoid
5W/2P double-pilot solenoid
Check Valve
Cylinder
Throttle Valve
Vacuum Generator
Vacuum Sucker
Pressure Switch
CAM Mechanism with motor
Electrical Components
Sensors
Profile Aluminum Plate
PLC

Experiments:

Introduction to Pneumatic Circuits
Mechanism Installation
Introduction to Sensors
Introduction to Electro-Pneumatic Components
PLC Program Design and Wire Connection

Please contact your Regional Manager for more information.

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Material Selection and Sorting Station - MSS-60400

This trainer includes 3-D mechanism assembling and disassembling simulation software.

Specifications:

3-point Assembly
Control Switch
5W/2P single-pilot solenoid
5W/2P double-pilot solenoid
Throttle Valve
Cylinder
Sensors
Rotary Table Mechanism
Pressing Mechanism
Drilling Mechanism
Electrical Components
Profile Aluminum Plate
PLC

Experiments:

Introduction to Pneumatic Circuits
Introduction to Robot Mechanism
Introduction to Material Sensors and Limit Switches
Introduction to Electro-Pneumatic Components
Circuit Design
PLC Program design

Please contact your Regional Manager for more information.

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Compact Mechatronics Load System - CML-61600

Features include:

An ideal training system to seal the gap between basic PLC control and complicated Mechatronics control.
Use your existing PLC to control this system, it's cost-effective.
A flexible learning system for students to practice not only basic PLC programs but also advanced automation control.
Six basic experiments for students to be familiar with the system components.
Six advanced experiments for students to practice logics, sorting, and automation program design
Most affordable and innovative design for Mechatronics control training.
Covered subjects: DC motor control, sensor applications, pneumatic control, screw-rod robotic-arm mechanism control, PLC wiring and programming.

View the brochure!

View the CML-61600 page on Sun Equipment's website for specifications and more information or contact your Regional Manager.

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Impact Slider Motion Mechanism - ISM-61401

Features include:

AC inductive motor, 220V/ 15W/ 0.2A/ 1250 ~ 1550 r/min, toggle switch, fuse protection.
Circular motion is converted to linear motion on the impact slider through the connected bars.
All bars are connected with dry bearings.
Components are dyed in various colors to make transmission between components easily understood.
Size: 260 x 180 x 215 mm ( 10.25" x 7" x 8.5")

Please contact your Regional Manager for more information.

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Toggle Mechanism - TM-61402

Features include:

The input shaft (Ø 12 mm) moves linearly.
Two pairs of beam, driven by the input shaft, move angularly.
The output shafts moves linearly and is driven originally by the input shaft via two pairs of angular movement beam.
Dry bearings are used to connect beams.
Components are dyed in various colors which will make transmission between components easily understood.
Size: 300 x 200 x 100 mm (11.75" x 8" x 4")

Please contact your Regional Manager for more information.

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Cylindrical CAM Motion Mechanism - CCM-61403

Features include:

AC inductive motor, 220V/ 15W/ 0.2A/ 1250 ~ 1550 r/min, toggle switch, fuse protection.
PVC cylinder with an enclosed curve slot along the surface.
AC motor drives the cylinder which drives the linear motion output rod.
A fixed length connecting bar between cylinder and output bar is fixed on the output bar and has a roller on the other end which fits into the enclosed curve slot. As the cylinder rotates, it moves back and forth.
The output bar is supported by two stainless blocks. Linear motion bearings allow continuous linear motion as the motor drives the cylinder.
Components are dyed in various colors which will make transmission between components easily understood.
Linear movement input
Size: 340 x 200 x 120 mm (13.5" x 8" x 4.75")

Please contact your Regional Manager for more information.

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Disk CAM Mechanism - DCM-61404

Features include:

Two gears connect the input rotation bar and the bar drives the CAM disk and also convert rotation against X-axis to rotation against Z-axis.
Disk CAM drives the follower roller to move regularly with the maximum linear displacement of 40 mm (1.5")
The connecting beam is pined at its middle and has two roller bearings at both ends to contact the driver (Disk CAM) and the output rod.
The output rod is supported by two stainless blocks with a spring in between for auto return.
Components are dyed in various colors which will make transmission between components easily understood.
Rotational movement input
Size: 260x 220 x 135 mm (10.25" x 8.5" x 5.25")

Please contact your Regional Manager for more information.

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Bevel Gear Motion Mechanism - BGM-61405

Features include:

AC inductive motor, 220V/ 15W/ 0.2A/ 1250 ~ 1550 r/min, toggle switch, fuse protection.
M2 x 18T bevel gear connected to motor shaft and drives two other bevel gears to rotate clockwise and counter clockwise, respectively.
Two output rotation shafts are based on two roller bearings.
Components are dyed in various colors which will make transmission between components easily understood.
One rotation input, two rotation outputs
Size: 240 x 180 x 106 mm (9.5" x 7" x 4.25")

Please contact your Regional Manager for more information.

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Geneva Mechanism - GM-61406

Features include:

Blue shaft connector is fixed at the input end to take rotational input.
A blue PVC wheel consists of two disks, 154 mm and 100 mm in diameters.
A roller is fixed on the outer disk ( Ø 154 mm) as the drive pin.
There are 4 slots on the green metal wheel which is driven by the blue wheel.
The rotational movement of the blue wheel is continuous but the green wheel rotates in steps.
It takes four revolutions of the blue wheel to produce one revolution of the green wheel.
Both blue and green wheels are supported by roller bearings.
Components are dyed in various colors which will make transmission between components easily understood.
Rotational input, rotational output.
Size: 280 x 110 x 165 mm (11" x 4.25" x 5.25")

Please contact your Regional Manager for more information.

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Worm Shaft and Worm Gear Mechanism - WSG-61407

Features include:

Gear ratio of Worm Shaft (Blue) to Worm Gear (Green) is 10 : 1
Both Worm Gear and Worm Shaft are supported by roller bearings.
Components are dyed in various colors which will make transmission between components easily understood.
Rotational input, rotational output.
Size: 160 x 140 x 140 mm (6.25" x 5.50" x 5.50")

Please contact your Regional Manager for more information.

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Scotch Yoke Mechanism - SYM-61408

Features include:

The rotational input drives the link beam (red) to rotate with a radius of 50 mm ( 2").
The slotted link beam (blue) with an opening of 100 mm (4") translates the rotational movement (red link beam) to linear movement (stainless rod).
The output unit (green) has a pendulum on one end.
The output unit moves as lever movement as the stainless rod pushes and pulls on the other end.
Components are dyed in various colors which will make transmission between components easily understood.
Rotational input
Size: 250 x 180 x 320 mm (10" x 7" x 12.50")

Please contact your Regional Manager for more information.

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Planetary Gear Motion Mechanism - PGM-61409

Features include:

AC inductive motor, 220V/ 15W/ 0.2A/ 1250 ~ 1550 r/min, toggle switch, fuse protection.
Motor drives the Sun gear, M1 x 32T (green) which drives 3 planetary gear, 34T, (blue) which rotate along the outer gear (yellow).
3 planetary gears with roller bearing are fixed at a triangle plate with a shaft at its center for rotational output.
Components are dyed in various colors which will make transmission between components easily understood.
Size: 250 x 200 x 150 mm (10" x 8 7/8" x 6")

Please contact your Regional Manager for more information.

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