Vector Electronics – Packaging – Prototype Products

Range of standard and custom prototype products, PCB sub racks and components. Products include System Enclosure, Subracks, Card Cages, Bredboards, Vectorbord, etc..

Vector Electronics – Packaging – Prototype Products

56 Gold plated edge contacts (28 each side) on 0.125″(3.175mm) centers. Interleaved buses one side only. Reverse side with edge contacts only. I/O mounting area for ribbon cable header.. Row and column legends provided.

4610-2 STD Bus, Vectorbord Plugbord

4610-2   STD Bus, Vectorbord Plugbord

Vector Electronics & Technology, Inc.
11115 Vanowen St. North Hollywood, CA 91605, USA.

Denford Limited UK – CNC and CAM

Enabling Education and Training Worldwide the complex engineering concepts and manufacturing techniques like CNC CAD and CAM.

Denford Limited UK – CNC and CAM

Multimedia software and easy-to-use CAD/CAM packages for teaching the principles of design and manufacture, through to CNC Milling Machines, CNC Lathes, CNC Routers, Rapid Prototyping and Laser Cutting / Engraving machines.

PCB Engraver - Denford CNC Machine

“In recent times, Denford have expanded their product range to include the design and manufacture of a comprehensive range of CNC mills, lathes and routers that have been specifically designed for education.”

A 3 axis CNC PCB and Engraving Machine with totally-enclosed guarding, suitable for all levels of education and training. The PCB Engraver is supplied with operating software incorporating Gerber and DXF Import facilities.

PCB Engraver – Denford CNC Machine

Denford’s PCB Engraving machine features the latest ‘Floating Head’ technology. The Floating Head allows manufacture of PCB’s, and engraving of uneven surfaces. The PCB Engraver is also ideal for batch manufacture of PCB boards.

Features Include

  • Machine Length (A) 570mm
  • Machine Depth (B) 555mm
  • Machine Height Bench Mounting (C) 385mm
  • Max. Spindle Speed 20,000rpm
  • Single Phase 230 Volts 5Amps

Denford Limited
Armytage Road, Brighouse West Yorkshire, HD6 1QF, UK.

LPKF – Laser & Electronics Precision Machines

Designs and Manufactures Products/Solutions for PCB Printed Circuit Board technology and microelectronics. Products include Rapid PCB Prototyping, Solar Cell Technology, Precision Drives, Laser-Direct-Structuring and others.

LPKF – Laser & Electronics Precision Machines

The range of PCB prototyping has now been supplemented with the LPKF ProtoMat D104 with an integrated high-precision UV laser. The ProtoMat D104 combines the best of two worlds and adds new machining options such as depaneling of flex and rigid-flex boards and machining of fired ceramics. As well as the precise geometries with straight side walls required in RF circuits to PCB prototyping.

LPKF - Mechanical and Laser Machining in One System

LPKF ProtoMat D104 – Mechanical and Laser Machining in One System

The ProtoMat D104 includes a non-contact sensor for automated tool depth adjustment allowing for unattended operations. An integrated vacuum table holds the substrate firmly in place. A vision system can read in material positions and measure the structuring results.

The integrated UV laser extends the range of possible applications: With a focus size of just 15 µm, minimum PCB track widths of 50 μm and spaces of 15 μm can be achieved.

LPKF Laser & Electronics
12555 SW Leveton Dr., Tualatin, OR 97062, United States.

MITS Japan – PCB prototyping Tools

Japanese-made Hardware & Software. PCB prototyping systems. MITS has a wide range of product lineup including FP-21T Precision, world’s only desktop PCB milling system.

MITS Japan – PCB prototyping Tools

FP-21T is suitable not only for typical PCB prototyping but also for processing thin materials, various hard and soft materials

PCB Prototyping, MITS FP-21T

PCB Prototyping, MITS FP-21T

To ensure desirable RF characteristics, it is necessary to use special RF milling bits to cut RF boards. This type of tools have cylindrical tip as shown in the picture shown,

FP-21T is compatible with the various types of processing besides the normal substrate board.
The Z axis stroke is large enough and numerical controllable, so it is suitable for the surface processing of the thick material

MITS Electronics
1-2-21, Kajino-cho, Koganei-shi, Tokyo, 184-0002 Japan