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CNC 93.00

CNC 93.00 sets standards

CNC 93.00 sets new standards in control technique for PCB routing machines. Equipped with the latest processor technologies and programming tools as well as future-proof interfaces for data retrieval this CNC leaves nothing to desire.

CNC 93.00 benefits from more than 40 years of experience in CNC technology making PCB drilling applications even more user-friendly, efficient and flexible.

Adaptions Made Easy

The scripting feature of CNC 93.00 offers machine manufacturers a new dimension of quick and protected adaptation of machine functions and sequences. The programming is clear and well-structured enabling even technicians with less experience in this field to use this feature.


Avoid Production Waste and Idle Times

The analysis and simulation of the complete part program before the first run allows reliable error detection prior to production start and prevents production waste. Besides, the exact calculation of the time required for the execution of the part program in CNC 93.00 supports optimal planning of production processes for PCB routing machines.

Easy and Error-Free Operation

Following the design of the very successful CNC 82.00, the user interface of CNC 93.00 allows intuitive operation requiring only a short training period. In addition, the high clearness and easy-to-use navigation significantly reduce incorrect user input.

Industry 4.0

With the help of the SM IIoT Platform the CNC 93.00 can be extended by further communication interfaces. These include, for example, the widely used OPC UA as well as various API interfaces. This makes it easy to integrate the controller into industrial 4.0 concepts and to meet the extended requirements of drilling machines in a future-proof and convenient way.

Enrergy Efficieny and Performance

The modern and modular hardware architecture of CNC 93.00 allows extremly dynamic and precise machine drives with highest quality and little need for space. To reduce the required energy all servo amplifiers and frequency converters are supplied via a DC bus of the central power supply. This minimizes costs and the required space.

CNC 93.00 – Fit for the Future

CNC 93.00 by the world market leader SIEB & MEYER in the field of CNCs for PCB routing machines is the perfect answer to all demands of high-precision, routing machines to be met by modern CNC controls.


SM IIoT Connect

In the CNC 95.00/CNC 93.00, the OPC UA interface is always available as a modern and flexible solution.

SM IIOT Connect clearly displays all important production parameters and also enables the  CNC 95.00/CNC 93.00 to be automated via the standardised OPC UA interface. For example, part programmes can be loaded, CNC commands can be sent to the control or processing can be started or stopped.

SM IloT Connect

Technical Details CNC 93.00

Motion Controller MC93

  • CPU: Intel® Quad-Core™
  • SDRAM: 4 GB DDR3
  • 4 GB
  • Read-write memory: 128 KB MRAM (parameter memory)
  • 2 x USB host
  • 2 x COM interfaces
  • Acceleration sensor
  • Temperature sensor
  • Interface to PC: Ethernet
  • 2 x digital bus via optical fiber connector (120 MBit) to the drives MD95, FC95
  • 1 x digital bus via optical fiber connector (12 MBit) to the I/O system 84.06
  • SD card (option)
  • SSD hard disk (option)


Servo amplifier MD95 Nano with central voltage supply PS95

  • Mains voltage 3 x 230 VAC to 250 VAC
  • Rated current IN: 2 Arms to 32 Arms
  • Peak current IS: 14 Arms to 57 Arms
  • 1-axis, 2-axis, 4-axis and 6-axis design for rotary and linear AC motors
  • Evaluation of incremental encoder, absolute encoder or linear measuring system TTL
  • Digital bus via optical fiber cable (120 MBit) for connection to MC93


Frequency converter FC95 with central voltage supply by PS95

Asynchronous spindles:

  • Rated power: 6 kVA to 15 kVA
  • Mains input voltage: 3 x 230/250 VAC, 50/60 Hz
  • Rated current IN: 21 Arms to 35 Arms
  • Peak current IS: 42 Arms to 71 Arms
  • Output frequency f: 5.834 Hz
  • Evaluation of speed sensors or operation without sensors
  • Digital bus via optical fiber cable (120 MBit) for connection to MC93


Decentral I/O-System 84.06

  • DC supply: +24 V
  • Inputs and outputs: 768
  • Inputs: +24 V (active-high)
  • Outputs: +24 V, 350 mA / short-circuit proof
  • Data transmission via optical fiber cable (12 MBit) / CRC monitored
  • Serial interface for external PLC
  • PD-Box with integrated interface for tool measurement and tool test

Selection Chart for Routing Machines

You are not sure which CNC control suits your routing machine?
Here you will find answers to your questions!

Features CNC 93.00 CNC 84.00 CNC 82.00
Maximum number of axes X/Y/Z  6 / 6 / 8 6 / 6 / 8 1 / 1 / 6
Maximum number of spindles 8 8 8
Maximum axis speed 100m/min 100m/min 100m/min
Maximum acceleration 50m/s²/ 100m/s²/ 20m/s²/
Central drive for Z-axes Yes Yes Yes
Gantry drive Yes Yes No
Auxiliary axes Yes Yes No
Independent work stations /
Yes Yes No
Depth function with different
methods of surface detection
Yes Yes Yes
Surface detection QUIK /
mapping / spotfacing
Yes Yes Only mapping / spotfacing
Position corrections via camera Yes Yes Yes
Laser tool measurement Yes Yes No
Tool monitoring
by means of BBD / CBD
Yes / Yes Yes / Yes Yes / Yes
Pin hole management Yes Yes Yes
Number of tool magazines 1000 500 500

Pin Manager: 
+ optimization and drilling of pin holes
+ Measurement and management of pins

Yes No No

Auto pinning:
+ insert and remove pins automatically

Yes No No
Standard data interface
Yes No No
OPC UA by SM IIoT Connect
(Software version 21.01 required)
No Yes Yes
SMDDE No Yes Yes

SLM - Smart Layer Management:
High-end depth routing

Yes Yes No

Features depending on the selected software package

Subject to change without notice


Click here for selection chart for drilling machines.

Do have questions or do you need a quotation?
Don´t hesitate to contact us.


  • PCB routing is determined by the continuously increasing technical and commercial requirements of the electronics industry. The steadily rising level of integration of the electronic components requires increasingly complex and more precise contours for PCBs.


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