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InduBond® 130N

InduBond® 130N

InduBond® 130N

Product catalog summary
General Description
InduBond® 130N is an advanced inductive bonding machine designed for high-precision layer-to-layer pin registration in multilayer printed circuit boards. It eliminates the need for pins and hard tooling plates, ensuring repeatability and reliability with a tooling template accuracy of less than 10 microns. The machine uses 4 to 6 InduBond® heads to uniformly press and heat bonding spots, accommodating multilayer stacks up to 10 mm thick.

Technical Requirements
The process requires a high-precision tooling template with mechanical pins for lay-up and registration. Inner layers must have registration holes and heating circuits etched in reserve zones. Prepreg holes can be slightly larger than those of the inner layers.

Technical Data
  • Weight: 570Kg (1256 lb)
  • Max. Inner Layer Size: 750 x 650 mm (30x25”)
  • Min. Inner Layer Size: 250 x 250 mm (10x10”)
  • Max. Bonding Thickness: Up to 10 mm
  • Installed Power: 3Kw (400 Volt - 3ph+N+G - 50Hz)
  • Air Pressure: 6 bar (90 psi)
  • Suction Hole: 80 mm diameter (3.15”)
  • Suction Flow: Min. 160 l/s

Procedure Description
  1. Place internal layer #1 on the pins over the tooling template.
  2. Add prepreg sheets for the stack-up.
  3. The machine moves the stack-up to the bonding zone.
  4. Repeat until the stack-up is complete.
  5. Confirm completion with a foot switch.
  6. The machine presses the stack-up to ensure alignment.
  7. Inductive Bonding Heads initiate the bonding cycle.
  8. After bonding, the stack-up is moved to the initial position for removal.
  9. Repeat the process as needed.

Standard Composition
  • Inductive Bonding Machine (InduBond® 130)
  • 4 Inductive Bonding Heads and controls
  • Dedicated tooling template
  • Instructions book
  • Technical data for inner layers
  • Installation and training
  • Technical support

Optional Features
  • 2 Additional Inductive Bonding Heads
  • Automatic Heads positioning
  • PC software control and remote control
  • Pre-Assembly station with 2 registration tooling templates

Alignment Accuracy
The machine achieves a typical registration accuracy of 14 microns for high layer counts.

Contact Information
Chemplate Materials, S.L., C/ Empordà, 23 - P.I. Can Bernades - Subirà, 08130 Santa Perpètua de Mogoda, Barcelona, Spain. Tel. +34 93 574 43 00, Fax +34 93 574 42 78, [email protected], www.indubond.com
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Catalog excerpts

InduBond® 130N-1

Inductive bonding points to hold the layer to layer registration. High precision layer to layer Pin registration. InduBond® , High Accuracy Pin Registration Machine For Pin Less Lamination The bonding points withstand the movements of the inner layers during the hot press cycle. It assures the best linear movements of the multilayer stackup caused by thermal dilatations/shrinkage during lamination. It reduce the internal mechanical stress of the multilayer stack-up thereby reducing the warping effects. Constant and precise thickness over the entire surface. The flat bonding points allow maximum and uniform pressure during the press cycle. Guarantee press plates long life and reduce cost of tooling plates, pins, bushings... (No more hard tooling plates!)

 Open the catalog to page 1
InduBond® 130N-2

General Description InduBond® 130N is a new generation of the inductive bonding machines by Chemplate for layer to layer pin registration and bonding the stack-up of inner layers and prepregs of a multilayer printed circuit. This process allows to laminate the multilayer boards without the needs of the pins and hard tooling plates. The process allows repeatability and reliability obtaining high registration precision between the inner layers (Tooling template accuracy <10 microns). The multilayer stack, previously mounted on a tooling template with high-precision mechanical pins, is bonded by...

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InduBond® 130N-3

Procedure Description 1. Place the internal layer #1 on the pins over the Tooling Template. 2. Put on the prepreg sheets required for the stack-up. 3. The machine automatically move the tooling template with the multilayer stack-up to the bonding zone. 4. Repeat step 1 and 2 until the multilayer stack-up is completed. 5. Once the stack-up is complete, the operator must confirm by a foot switch. 6. The machine closes the top plate (press) to keep the stack-up firmly flat and to ensure the correct lay-up alignment of all inner layers. 7. The Inductive Bonding Heads (InduBond®) close the electrodes,...

 Open the catalog to page 3
InduBond® 130N-4

Chemplate Materials, S.L. C/ Empordà, 23 - P.I. Can Bernades - Subirà 08130 Santa Perpètua de Mogoda Barcelona - Spain Tel. +34 93 574 43 00 Fax +34 93 574 42 78 [email protected] www.indubond.com InduBond® is a trademark of Chemplate Materials, S.L. in Spain and/or other countries. All rights reserved. InduBond® technology is a patented technology by Chemplate Materials, S.L. and protected by international laws. Specifications subjects to change without any notice.

 Open the catalog to page 4
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.