An automated machine processes small, dark-gray metal parts using a conveyor belt system. Parts move smoothly from a feeder system, pass through sensors, and are deposited in organized rows.

Fully-Automated SDChassis Spindle Assembly Machine

Fully Automated SDChassis Spindle Assembly Machine

This project was presented to SDC in search of a cost effective, fully-automated spindle assembly machine that would increase production capacity, increase quality. The spindle originally consisted of 14 separate components that were manually assembled using presses, adhesives, grease dispensers and a variety of hand tools.

Technical Components & Technologies

Three SDChassis platforms
Vision inspection systems
PLC based machine controls
Automated press
Adhesive curing oven
Torque testing
Vibratory parts feeding
Indexing transfer conveyors
Automated tray packing, stacking and de-stacking
An industrial automated machine composed of metal structures, conveyors, and various processing stations with protective enclosures against a clean white background.
Close-up of an automated industrial machine with a robotic arm. The arm has a pair of tongs/grippers, located above the machine's circular silver colored work surface.
An automated machine processes small, dark-gray metal parts using a conveyor belt system. Parts move smoothly from a feeder system, pass through sensors, and are deposited in organized rows.
A complex automated assembly machine with a robotic arm, feeder system and electronic components. The machine includes a metal hopper, a blue industrial robotic arm, various sensors, and a conveyor belt.
Vertical close-up featuring an automated industrial machine with multiple metal parts. A Loctite dispenser, identified by its label, is angled in the mid-left.
Image depicts a complex automated assembly line, composed of conveyor belts, robotic arms, and various processing stations. The machinery consists of a gray metal framework.
An industrial automated machine composed of metal structures, conveyors, and various processing stations with protective enclosures against a clean white background.
Close-up of an automated industrial machine with a robotic arm. The arm has a pair of tongs/grippers, located above the machine's circular silver colored work surface.
An automated machine processes small, dark-gray metal parts using a conveyor belt system. Parts move smoothly from a feeder system, pass through sensors, and are deposited in organized rows.
A complex automated assembly machine with a robotic arm, feeder system and electronic components. The machine includes a metal hopper, a blue industrial robotic arm, various sensors, and a conveyor belt.
Vertical close-up featuring an automated industrial machine with multiple metal parts. A Loctite dispenser, identified by its label, is angled in the mid-left.
Image depicts a complex automated assembly line, composed of conveyor belts, robotic arms, and various processing stations. The machinery consists of a gray metal framework.

The Solution:

SDC chose a three-machine layout using three separate SDChassis machine platforms connected with automated conveying to create one fully-automated assembly cell. The SDChassis provided a high-speed pre-engineered machine platform to perform the assembly operations and parts handling. The individual components were introduced to the assembly platform using a combination of vibratory bowl feeders and magazine based feeders.Processes and equipment were developed to execute each of the assembly steps including: presses, adhesive dispensing, curing, grease dispensing and many measurements for dimensions and torque. The machine was equipped with SDC’s standard robotic tray packing system to pack the completed spindles in stacks of trays.The result was a fully-automated assembly of the spindle with no direct labor. The system significantly lowered the manufacturing costs of the spindles and improved spindle quality. SDC was successful in implementing automated inspection checks after each assembly operation and incorporated part tracking and automated sorting software. Using SDC’s propriety and proven SDChassis machine platform, minimized the overall engineering, design and start-up development which aided in providing a cost-effective solution.

Machine Rate: 1,200 completed assemblies per hour

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