Dual Surface Finishing Machine

This space-saving machine complements ActOn Finishing’s range of vibratory surface finishing systems. The design of the Dual Surface Finishing machine integrates two process chambers: an inner chamber that can be used for wet process application, and the outer chamber for dry process applications, both of which make it easier to control.

Get a quote

Key Features

  • Process bowls stress relieved to improve life
  • Design ensures ease of customisation
  • Removal of screens with our wedge type locking system reduces down time
  • Spray bar with nozzles over the separation screen can be used to clean the parts prior to discharge from the machine
  • Ergonomical and easy to use
DOWNLOAD BROCHURE
  • Browse our Excellent and Economical Dual Surface Finishing Systems at ActOn Finishing.
  • Browse our Excellent and Economical Dual Surface Finishing Systems at ActOn Finishing.
  • Browse our Excellent and Economical Dual Surface Finishing Systems at ActOn Finishing.
  • Browse our Excellent and Economical Dual Surface Finishing Systems at ActOn Finishing.

Key Benefits

  • British built, high-quality product
  • Option to carry out both wet and dry process in one machine
  • Efficient in operation
  • Quiet in operation
  • High quality, wear-resistant polyurethane lining
  • Operator friendly controls
  • Low maintenance
  • Manual / Auto functionality
  • The dual surface finishing machine is customised to suit user applications
DOWNLOAD FULL BROCHURE

Specification

SeriesModelCapacityOverall dimensions in mm / inchProcess Chamber Dimensions in mm/ inch after liningDrier Chamber Dimensions in mm/ inchMax Motor Rating (kW)Number of HeatersTotal Heater Rating (kW)
Cu. Ft.LitresLengthWidthHeightWidthHeightWidthHeight
Dual MachineDual 3+33+385+851430 / 56.31240 / 48.81100 / 43.3250 / 9.8290 / 11.4155 / 6.1240 / 9.42.22 off1.5x2
Dual 5+55+5142+1421830 / 721500 / 59.11080 / 42.5230 / 9.1335 / 13.2180 / 7.1205 / 8.12.22 off2x2
Notes:
1. Sizes indicated above are standard. Custom sizes can be manufactured to suit specific applications. Dimensions are subject to change due to design improvements.
2. Please check our Vibratory Finishing brochure for further technical information.
DOWNLOAD BROCHURE
compare
compare

Dual Surface Finishing Systems Applications

While the inner chamber can be used from deburring, descaling, radiusing, surface finishing and cleaning to polishing and surface improvement, the heated outer chamber can be used for drying or cleaning the parts after being processed in the inner chamber. This is both an excellent and economical finishing option.

DOWNLOAD BROCHURE
Samuel Nottage-McNeice
Samuel Nottage-McNeice
11/11/2020
Professional, knowledgable, on-time, good value and friendly. You couldn't want for more. ActOn are always the first place on our list for part finishing.
Adam Cook
Adam Cook
10/11/2020
We purchased a CHE50 from ActOn in 2019 to help with our capacity constraints on our internal deburring process. The professional service received from ActOn Finishing was invaluable especially throughout the qualification process. The purchasing of the CHE50 has increased our capacity by 200% while maintaining a quality product.
Luke Parker
Luke Parker
10/11/2020
I have used Acton finishing many times over the years and have always found them very helpful and knowledgeable about vibro finishing. The team will always come over and help and diagnose issues we have with our machines also. Highly recommended.
Tom Cantwell
Tom Cantwell
10/11/2020
Family-run business. We've bought three machines off them. The first has been so reliable we tagged on another two about a month ago. They are very professional and have worked to understand our needs at every turn. Very friendly--highly recommend.
Jose Mathew
Jose Mathew
18/12/2019
With a great team of industry experts, engineers and designers always on-hand, ActOn is a business you can rely on

Need to talk to an expert?
Contact our team

Lets explore your options together

Get in touch

+44 (0) 24 7646 6914
sales@acton-finishing.co.uk
This site uses cookies: See our privacy policy.