Aprima Medical Software, Inc
Carrollton, TX 75006
Share:
Mechanical Edge Finder Is Work-Around for CNC Machine Safety Features!
Boylston, Mass. March 15, 2019 -- True to its reputation as a “manufacturing laboratory”, Phillips Precision, Inc. continues to improve manufacturing processes world-wide with its latest M5 Edge Finder™. Like the Pitbull® Clamp, Inspection Arsenal®, and Laser Arsenal® work holding solutions, inventor and owner Steve Phillips has the gift of designing simple, effective, low-cost and...
Read More »
Mechanical Edge Finder Is Work-Around for CNC Machine Safety Features!
Boylston, Mass. March 15, 2019 -- True to its reputation as a “manufacturing laboratory”, Phillips Precision, Inc. continues to improve manufacturing processes world-wide with its latest M5 Edge Finder™. Like the Pitbull® Clamp, Inspection Arsenal®, and Laser Arsenal® work holding solutions, inventor and owner Steve Phillips has the gift of designing simple, effective, low-cost and...
Read More »
New surfaceCONTROL 3D 3500 Sensor for High-Precision Inspection of Metal, Plastic or Ceramics Surfaces
Full-area measurements achieved via single snapshot in just 0.2 seconds. Minute flatness deviations or height differences are detected. Used for automated 3D measurement of hole spacing, flatness, coplanarity of precision mechanical parts and electronic components.
Read More »
New surfaceCONTROL 3D 3500 Sensor for High-Precision Inspection of Metal, Plastic or Ceramics Surfaces
Full-area measurements achieved via single snapshot in just 0.2 seconds. Minute flatness deviations or height differences are detected. Used for automated 3D measurement of hole spacing, flatness, coplanarity of precision mechanical parts and electronic components.
Read More »
New reflectCONTROL Sensor with High Precision 3D Measurements
Offers high measuring rates at micrometer accuracies. Minute flatness deviations of less than 1 µm are detected. Used for 3D shape detection of wafers in semiconductor production and quality inspection of flat glass.
Read More »
New reflectCONTROL Sensor with High Precision 3D Measurements
Offers high measuring rates at micrometer accuracies. Minute flatness deviations of less than 1 µm are detected. Used for 3D shape detection of wafers in semiconductor production and quality inspection of flat glass.
Read More »
3D Inspection of Unpopulated PCBs
For fully automated inline inspection of unpopulated PCBs, 3D snapshot sensors from Micro-Epsilon are used. Unlike conventional test systems such as microscopes, they are more cost-efficient and work significantly faster. For high-end ceramics substrates, manufacturing tolerances up to 2 µm apply which can be monitored using surfaceCONTROL sensors. With the surfaceCONTROL 3D 3510 snapshot...
Read More »
3D Inspection of Unpopulated PCBs
For fully automated inline inspection of unpopulated PCBs, 3D snapshot sensors from Micro-Epsilon are used. Unlike conventional test systems such as microscopes, they are more cost-efficient and work significantly faster. For high-end ceramics substrates, manufacturing tolerances up to 2 µm apply which can be monitored using surfaceCONTROL sensors. With the surfaceCONTROL 3D 3510 snapshot...
Read More »
High Resolution Depth Mapping of Organic Material
Laser profile scanners from Micro-Epsilon perform true 3D measurements based on calibrated data. TU-Darmstadt already uses this technology. The powerful 3D sensors of the scanCONTROL 2900 series perform high-resolution measurements of muscle mass or bones in combination with camera systems. This is a completely new approach in the field of microsurgery. With the additional data obtained from the...
Read More »
High Resolution Depth Mapping of Organic Material
Laser profile scanners from Micro-Epsilon perform true 3D measurements based on calibrated data. TU-Darmstadt already uses this technology. The powerful 3D sensors of the scanCONTROL 2900 series perform high-resolution measurements of muscle mass or bones in combination with camera systems. This is a completely new approach in the field of microsurgery. With the additional data obtained from the...
Read More »