-
- News
- Books
Featured Books
- smt007 Magazine
Latest Issues
Current IssueDo You Have X-ray Vision?
Has X-ray’s time finally come in electronics manufacturing? Join us in this issue of SMT007 Magazine, where we answer this question and others to bring more efficiency to your bottom line.
IPC APEX EXPO 2025: A Preview
It’s that time again. If you’re going to Anaheim for IPC APEX EXPO 2025, we’ll see you there. In the meantime, consider this issue of SMT007 Magazine to be your golden ticket to planning the show.
Technical Resources
Key industry organizations–all with knowledge sharing as a part of their mission–share their technical repositories in this issue of SMT007 Magazine. Where can you find information critical to your work? Odds are, right here.
- Articles
- Columns
Search Console
- Links
- Media kit
||| MENU - smt007 Magazine
Rehm Offers Perfectly Matched Dryer Solutions
November 11, 2020 | Rehm Thermal SystemsEstimated reading time: 4 minutes

An optimal drying process is important in electronics manufacturing. Depending on the chemicals used in their materials, electronic products have different requirements as regards reliable hardening during manufacture. The RDS drying systems from Rehm Thermal Systems are configured individually according to the customer’s requirements. Different basic physical principles of heat transfer are used here to make drying processes as efficient as possible.
For all these applications, Rehm Thermal Systems offers a wide range of innovative drying and curing processes to meet every requirement. Below are the various systems with individual advantages in terms of product requirements and space requirements.
Vertical dryer Alteco
One of Rehm’s latest developments is the vertical drying system Alteco, which offers maximum performance with minimum space requirements. All industries that utilise coating processes and work with sensitive flat assemblies with protective coating benefit from this system. In addition to the best temperature profiling possibilities and low energy consumption, the minimum space requirement was also successfully achieved in the implementation of this system. Thanks to vertical transport, the Alteco replaces a comparable 40-metre-long horizontal dryer with a system length of just 4 metres. With this innovative system concept, valuable space in the production hall can be saved, existing resources can be optimally used, and daily production can be optimised.
Meander system
Vertical dryers save space on the surface but require sufficient height clearance in the production facilities. In addition, the natural thermals in a vertical process chamber are crucial for the process, as heat always rises. If very small tolerances in the reproducibility of the temperature-time profile are required, it may be technically more sensible to thermally process the products in a horizontal process chamber. With the RDS 45000 meander system, Rehm has developed a special solution that enables equally long product dwell times at a productivity of 3.5 units/min in a horizontal position. The products meander in 13 tracks through the process chamber, which has a maximum temperature of 130°C and is equipped with 18 heating zones. The meander system also features seamless traceability: the barcode of the individual assembly is read in, which enables an exact assignment of the process-related data.
Continuous dryer Pramo
In the continuous dryer Pramo, the assemblies are transported through the system on goods carriers with “shuttle” supports. Within the dryer, they pass through several zones in which they are heated up to the appropriate temperature and then maintained at the set temperature for the drying/hardening process. The maximum temperature in the dryer is 150°C. In order to harden the materials according to the specifications, the cycle time can be adjusted according to the necessary dwell time of the assemblies in the drying system. The flexible goods carrier receptors are interchangeable, which means various assemblies and also special forms can be guided safely and reliably through the system at any time.
RDS Lacquer Dryer
The optimum heat management of the RDS lacquer dryers with upper and lower heaters works with infrared radiation (IR) and/or convection to dry the various materials reliably. By implementing these two heat transfer processes, the systems are optimally designed for the processing of lacquers and castings containing solvents. The exceptional thermal insulation of heating zones and the individually adjustable temperatures allow for optimum profiling of your drying processes – which are perfectly adapted to the requirements of the products. In the drying phase, the temperature is maintained until the material has hardened completely. A stronger convection is needed for this, as the evaporating solvents need to be discharged. In the subsequent cooling phase, the components are cooled down gently. Despite this, the component still has an outlet temperature of around 60°C. A separate air or water-cooled cooling unit is available as an option, and can be used to achieve significantly lower temperatures.
RDS UV
Declining cycle times during the coating process today require faster hardening times, which can be optimally implemented with the help of UV drying systems. Rehm Thermal Systems is responding to this trend by developing the new RDS UV, a compact dryer, especially for hardening UV coatings and UV adhesives. With the RDS UV, Rehm offers a flexible and reliable dryer that makes the hardening process for UV coatings uncomplicated. Thanks to modern UV lighting systems the system is ready for operation within seconds and thus much more energy-efficient than comparable systems.
About Rehm Thermal System
As a specialist in the field of thermal system solutions for the electronics and photovoltaics industries, Rehm is a technology and innovation leader in the modern and economical production of electronic modules. As a globally operating manufacturer of reflow soldering systems with convection, condensation or vacuum, drying and coating systems, functional test systems, equipment for the metallization of solar cells as well as numerous customer-specific special systems, we are represented in all relevant growth markets and, as a partner with 30 years of industry experience, we implement innovative manufacturing solutions that set standards.
Suggested Items
SolderKing Enhances Brainboxes' Electronics Manufacturing with Expert Support and Advanced Materials
03/26/2025 | SolderKingIn modern electronics manufacturing, success relies on more than high-quality soldering materials. Technical knowledge and process expertise are just as crucial for achieving consistent results. SolderKing, a leading UK manufacturer, provides both, combining advanced consumables with specialist support to help manufacturers optimise their soldering processes.
Indium to Showcase High-Reliability Solder Technology at IPC APEX EXPO 2025
03/05/2025 | Indium CorporationIndium Corporation®, a leading materials provider for the electronics assembly market, will feature its high-reliability solder solutions at IPC APEX EXPO 2025, taking place March 18-20 in Anaheim, California.
SolderKing Doubles Facility to Meet Growing Demand
02/18/2025 | SolderKingSolderKing, a leading UK manufacturer of soldering materials, has expanded its operations by doubling its facility. The move follows a significant rise in export sales throughout 2024 and reinforces the company’s position as a key supplier of regulatory-compliant soldering solutions across the UK and Europe.
SEHO to Highlight Cutting-Edge Soldering Technology at IPC APEX Expo 2025
02/17/2025 | SEHOSEHO, a worldwide leading manufacturer of complete solutions for soldering processes and automated production lines, is thrilled to present its best-selling selective soldering system SEHO SelectLine-C at the IPC APEX Expo 2025 in Anaheim.
Bridging the Gap: Workforce Collaboration in East Texas
02/13/2025 | Cory Blaylock, IPCIPC has partnered with Stephen F. Austin State University's (SFASU) Center for Applied Research and Rural Innovation (CARRI) and the IPC Education Foundation on a transformative project aimed at aligning academic training with real-world demands in electronics manufacturing.