Products > Pharmaceutical Laser Systems > TD-70 Pharmaceutical Tablet Drilling System

TD70 Tablet Drilling Laser System for Pharmaceuticals

TD-70 Pharmaceutical Tablet Drilling System

The TD-70 is built for mid-volume pharmaceutical production with throughput capabilities of up to 70,000 tablets per hour. The TD-70 delivers consistent performance across a wide range of tablet geometries, including osmotic pump formats. This system features integrated quality control, and robust automation—making it a reliable, scalable choice for growing production demands.

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High-Speed Tablet Drilling Machines for the Pharmaceutical Industry

Additionally, dual vision camera systems verify each tablet before exiting the system, resulting in 200% inspection. CMS Laser has been an industry leader in pharmaceutical drilling and marking systems for over 30 years, providing research and development, batch submittal, and full production solutions to pharmaceutical companies around the world. CMS Laser provides full support for IQ, OQ, and PQ documentation in a complete, turnkey tablet processing solution.

High speed laser drilling of pharmaceutical tablets with dual machine vision
  • Designed for 70,000 tablets per hour
  • Compatible with round and oval tablets, plus LCT types via optional track
  • Optional laser marking supports anti-counterfeit compliance
  • Built-in 200% inspection via dual vision systems
  • Compliant with FDA, cGMP, and 21 CFR Part 11 standards
  • Proven solution for osmotic drug delivery tablets

Compliant Software

CMS Laser provides the software that allows for compliance to 21
CFR part 11 concerning electronic signatures and audit logs.
Support and documentation to the Validation Group will be
provided for the performance of the IQ, OQ and PQ tests.

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Amazing Customer Service Every time

Working with Control Micro Systems has been very easy. They have been attentive to our needs and worked to help us tremendously with our older model machine and new machines. We are pleased with the performance of their machines.

Mark S.