Browse by Editorial Category
Browse by Edition Date

December 2017

Skip Navigation Links.
Expand Applying TechnologyApplying Technology
Collapse Automation Equip and SystemsAutomation Equip and Systems
Robotic Inspection with Integrated 3-D Vision
New Robot Loader
High Resolution ForceTorque Sensor
EtherCAT Plug-In IO Modules Compact Drive Technology
Light Weighting Automotive Suspension Component Manufacturer Expands Production
Robot Conveyor Automation System
High Productivity Two Spindle Turning Center
Line of Bearings for Robotic Applications
All-in-One SCARA Robot for Simple Applications
High Speed Picking and Packing with Material Handling Robots
Fuji Electric Expands Drives Portfolio with Full-Featured Inverter
Palletization and Automation Solutions
A Preconfigured TMF for High-Volume Robotic Welding
Ultra-Flat Zero-Backlash Gear
Variable Width and Length Linear Axes with New Modular System
Miniature Bearings Line
Swiss Turning Machine with Automation Options
Machine Vision Integrator Collaborates with Swiss Software Firm
Rectangular Connectors Certified to UL 50e Standards
Multi-Mode Feed Capability for Increased Blanking Speeds
Pallet Handling Systems Expansion Includes Rotary Loading System
Economical Magazine Bar Feeder Loads Small Bar Stock
Compact VMC for Small Component Manufacturing
Circular Connectors for Harsh Manufacturing Environments
Micro Clutches Designed for Compact Precision Applications
Mobile Industrial Robots Boosts Companys Global Competitiveness
All-in-One Ethernet Drives
Miniature Slide Guides
New Stepper Motors in Three Frame Sizes
Customizable Grippers for Collaborative Robots Tasked with Multi-Size Objects
Robotic Automation System with Blue Laser Technology
Parker Launches mPR Series Stage
Flexible Compact Manual Tool Change System
Transform Mobile Device into Virtual Operator Panel
Thin Moving Coil Linear Motor
Broad Spectrum Mini Linear Lights
Linear Actuator Line Offered with New Options
Robot Series Eliminates Calibration Steps for Time and Cost Savings
Next Generation of Entry Level Machines
MIG Welding System for Collaborative Robots
Collaborative Robot Offers Flexible and Affordable Task Automation
Expand ControlsControls
Expand Current NewsCurrent News
Expand Literature-Web TutorialsLiterature-Web Tutorials
Expand Metalforming-Fabricating-WaterjetMetalforming-Fabricating-Waterjet
Expand People In The NewsPeople In The News

show all editions →

Click here to watch Tutorial Videos >

New Robot Loader



Designer and builder of CNC tool grinding machines ANCA, Inc., recently showcased a new custom-designed and built industrial robot loader.

Pat McCluskey, ANCA's Co-Founder and Lead Designer on the project, said, "Our robotic tool loader is fully designed and built in house by our engineering team. We recognize that as the market moves towards greater automation, providing a low-cost solution for tool loading is something our customers would welcome."

"Developing our own industrial robot is a logical extension for our company whose strength is having multi-disciplinary technical expertise and an intimate knowledge of the CNC market," continued McCluskey. "It is actually a relatively simple task to develop the mechanical aspects of an industrial robot, but for it to function successfully requires an expertly designed CNC system, digital servo drives and core software, skills that are ANCA's unique strengths in the tool grinding industry."

The ANCA robot does not use a separate free-standing controller. The control system software actually runs concurrently within the machine's CNC core software and uses the machine's operator panel and handheld pendant to perform the teaching. "If you can use an ANCA tool grinder, you can use an ANCA robot as well, and our engineers can easily service an ANCA robot," said McCluskey.

"We provide customers with a complete ANCA machine solution and that is why we have invested in developing our own industrial robot," concluded McCluskey.

For more information contact:

ANCA Inc.

31129 Century Drive

Wixom, MI 48393

248-926-4466

usainfo@anca.com

www.anca.com

< back