AVAtec
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- Offer Profile
- We provide functional and
economical mass finishing technology. It is our aim to fulfill your specific
demands with economical processes, solid machines and a few tools. Here we
focus on easy-to-use and functional technology that enables consistent
processing results and perfect surfaces.
We are pleased to advise you on technical and processing questions and demonstrate our expertise in mass finishing by putting your sample pieces to the test. More than 20 years of experience in surface finishing technology do us credit.
Contact us - we will find the right solution!
Product Portfolio
Disc Finishing Machines
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Workpieces and abrasives are loosely placed in an open-topped working container
and placed in a toroidal flow through the tray formed as a disc. The centrifugal
force accelerates the workpieces together with the grinding wheels to the
standing streamlined inner wall of the working container. Due to their different
density, the workpiece and the abrasive body perform a relative movement. This
dynamic flow allows high, targeted material removal with very short processing
times compared to vibrators or drums.
Centrifugal Disc Finishing Machine TE 6 HD
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for wet processing (benchtop machine)
with 1 working container (6 l volume)- thermally highly cross linking polyurethane working container, inner diameter 230 mm
- concave working container for a high grinding pressure
- centrifugal disc with curved carrier peg for an efficient stream
- precise gap system for thin parts and fine media with a precise distance of 0.1 to 0.3 mm
- exact and robust bearing, low-maintenance
- dosing pump for process fluid
- robust chassis made of welded stainless steel
- motor 0.25 kVA
- color working container: blue
- color casing: light grey
Dimensions:- Width: 520 mm
- Depth: 450 mm
- Height: 702 mm
- Weight: approx. 35 kg
Centrifugal Disc Finishing Machine TE 10 HD
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for wet processing (benchtop machine)
with 1 working container (10 l volume)- thermally highly cross linking polyurethane working container, inner diameter 265 mm
- concave working container for a high grinding pressure
- centrifugal disc with carrier peg for an efficient stream
- precise gap system for thin parts and fine media with a precise distance of 0.1 to 0.3 mm
- exact and robust bearing, low-maintenance
- dosing pump for process fluid
- robust chassis made of welded stainless steel
- motor 0.6 kVA
- color working container: blue
- color casing: light grey
Dimensions:- Width: 550 mm
- Depth: 600 mm
- Height: 720 mm
- Weight: approx. 60 kg
Centrifugal disc finishing machine TE 18 N
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for wet processing
with 1 working container (18 l volume)- thermally highly cross linking polyurethane working container, inner diameter 320 mm
- concave working container for a high grinding pressure
- centrifugal disc with carrier peg for an efficient stream
- precise gap system for thin parts and fine media with a precise distance of 0.1 to 0.3 mm
- exact and robust bearing, low-maintenance
- dosing pump with level monitoring for process fluid
- connection for external process fluid supply via
- solenoid valve with hand lever valve(pressure max. 100kPa)
- robust chassis made of welded stainless steel
- manual separating unit with
- screen box for changeable sieves,
- collection tray, plastic,
- 2 changeable sieves (size per definition)
- motor 0.6 kVA with motor protection
- color working container: blue
- color casing: light grey
Dimensions:- Width: 500 mm
- Depth: 950 mm
- Height: 1800 mm
- Weight: approx. 120 kg
Centrifugal disc finishing machine TE 30 N
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for wet processing
with 1 working container (30 l volume)
- thermally highly cross linking polyurethane working container, inner diameter 400 mm
- concave working container for a high grinding pressure
- centrifugal disc with carrier peg for an efficient stream
- precise ring gap system for thin parts and fine media with a precise distance of 0.1 to 0.3 mm
- exact and robust bearing, low-maintenance
- dosing pump with level monitoring for process fluid
- connection for external process fluid supply via
solenoid valve with hand lever valve (inlet pressure max. 100kPa)
- robust chassis made of welded stainless steel
- manual separating unit with
screen box for changeable sieves
collection tray, plastic
2 changeable sieves (size per definition)- motor 2.2 kVA with motor protection
- color working container: blue
- color control cabinet: light greyDimensions:
- Width: 500 mm
- Depth: 1150 mm
- Height: 1800 mm
- Weight: approx. 170 kg
Centrifugal disc finishing machine TE 60 N
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for wet processing (benchtop machine)
with 1 working container (60 l volume)- thermally highly cross linking polyurethane working container, inner diameter 525 mm
- concave working container for a high grinding pressure
- centrifugal disc with carrier peg for an efficient stream
- precise gap system for thin parts and fine media with an adjustable distance to 0.1 - 0.3 mm
- exact and robust bearing, low-maintenance
- dosing pump with level monitoring for process fluid
- connection for circulation via solenoid valve with hand lever valve
- large swivel angle for optimum emptying of the working container
- robust chassis made of welded stainless steel
- motor for disc 4 kVA with motor protection
- motor for emptying 0.25 kVA
- color working container: blue
- color casing: light grey
Dimensions:- Width: 1390 mm
- Depth: 1200 mm
- Height: 1750 mm
- Weight: approx. 430 kg
Centrifugal disc finishing machine TE 60 N R
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with integrated separation unit and media return
for wet processing (benchtop machine)
consisting of:- 1 working container (60 l volume)
- thermally highly cross linking polyurethane working container, inner diameter 525 mm
- concave working container for a high grinding pressure
- centrifugal disc with carrier peg for an efficient stream
- precise gap system for thin parts and fine media with an adjustable distance to 0.15 - 0.3 mm
- exact and robust bearing, low-maintenance
- gentle emptying of the working container by stepwise tilting
- large swivel angle for optimum emptying of the working container
- rinsing of working container while rotating the disc into emptying position
- Connection for external supply of the process fluid (e.g. centrifuge) with pressure regulator, pressure gauge for the adjustment of the inflow water pressure
- 2 Solenoid and metering valves for process fluid and rinsing container
- Metering unit with sight glass 0-100 liter/h to adjust the incoming process fluid
Dimensions- Width: appr. 2.300 mm
- Depth: appr. 1.650 mm
- Height: appr. 1.400 mm (1.950 mm at top point when loading)
- Weight: appr. 1.200 kg
Trough Vibrators
- In the vibratory process, the workpieces and the abrasive are loosely placed in an open-topped working container (trough) and offset by imbalances in short oscillations, which forces the mixture in a screw or ringing toroidal (long or round trough). Due to their different density workpiece and grinding body perform a relative movement, which allows a material removal. Vibrators are universal vibratory finishing machines and can be used for a variety of workpieces and machining targets that cause problems in drum and centrifugal grinding. They are particularly suitable for the low-cost high-gloss polishing of highly sensitive workpieces, thi smeans from rough pre-sanding to the production of electroplated surfaces.
Trough Vibrator TV 60
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with 1 working container (60 l nominal volume)
- wear-resistant, highly thermally crosslinked polyurethane lining, 10-15mm
- concave side bolster to prevent adhesion of work pieces
- side discharge opening with robust closure
- process water drain at container ground with a fine screen
- process water inlet with quick coupling
- unbalanced motor with robust bearing, low maintenance
- trough as a solid welded steel construction
- Time process control including dosing pump control
- frame for process control and pump
- Machine base/substructure
- Dosing pump
- level control
Dimensions:- Width: 1000 mm
- Depth: 780 mm
- Height: 1260 mm
- Weight: approx. 280 kg
Trough Vibrator TV 30
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with 1 working container (30l volume)
- wear-resistant, highly thermally crosslinked polyurethane lining, 10-15mm
- concave side bolster to prevent adhesion of work pieces
- discharge opening on the side with robust closure
- process water drain at container ground with a fine screen
- process water inlet with qick coupling
- unbalanced motor with robust bearing, low maintenance
- trough as a solid welded steel construction
- Time process control including dosing pump control
- frame for process control and pump
- Machine base/substructure
- Dosing pump
- level control
Dimensions Machine:- Width: 785 mm
- Depth: 820 mm
- Height: 1220 mm
- Weight: approx. 240 kg
Trough vibrator TV 120
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with 1 working container (120 l nominal volume)
- wear-resistant, highly thermally crosslinked polyurethane lining, 10-15mm
- concave side bolster to prevent adhesion of work pieces
- side discharge opening with robust closure
- process water drain at container ground with a fine screen
- process water inlet with quick coupling
- unbalanced motor with robust storage, maintenance
- trough as a rugged welded steel construction
- Time process control including dosing pump control
- frame for process control and pump
- Machine base
- Dosing pump
- level control
Dimensions:- Width: 1500 mm
- Depth: 610 mm
- Height: 1100 mm
- Weight: approx. 510 kg
Round Troughs
- Workpieces and grinding media are put into motion in an open-topped trough. Due to imbalances the trough is set into short vibrations, which forces the mixture into spiral- and toroid-shaped motion. Finishing will be achieved by a relative movement of workpieces and grinding media caused by different specific gravity. Vibratory finishing systems are universal and can be used for a variety of workpieces and processing objectives that lead the drum and centrifugal disc systems to problems. Vibratory finishing systems are particularly suitable for the low-cost high-gloss polishing of sensitive workpieces. The applicability reaches from rough pre-grinding to an electroplating finish. More...
Round trough vibrator W 10 HD
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- made of thermally highly cross linking polyurethane, inner diameter 310 mm
- concave working container for streamlined revolution (torus)
- exchangeable working container with a quick coupling piece
- noise protection lid for working container, polyurethane, easy to install
- unbalanced motor with robust bearing and coupling plate, low-maintenance
- with plug for protection of the drain valve when using abrasive powder
- open and closed outlet sieve
- dosing pump for process fluid
- robust chassis made of welded stainless steel
- motor 0.15 kVA
- color working container: blue
- color electrical cabinet: grey
Dimensions:- Width: 650 mm
- Depth: 600 mm
- Height: 550 mm
- Weight: approx. 40 kg
Round trough vibrator W 15
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with 1 working container (15l volume)
- made of thermally highly cross linking polyurethane
- container cover made of stainless steel
- robust machine frame
- open and closed outlet sieve
- motor 0.5 kVA with motor protection
- color working container: blue
- color electrical cabinet: grey
- Control unit with speed and time control on base frame
- Dosing pump
- level control
Dimensions:- Width: 490 mm
- Depth: 660 mm
- Height: 900 mm
- Weight: approx. 128 kg
Round trough vibrator W 50
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with 1 working container (50 l nominal volume)
- made of thermally highly cross linking polyurethane
- container cover made of stainless steel
- robust machine frame
- open and closed outlet sieve
- motor 0.55 kVA with motor protection
- color working container: blue
- color electrical cabinet: grey
- Control unit with speed and time control on base frame
- Dosing pump
- level control
Dimensions:- Width: 640 mm
- Depth: 825 mm
- Height: 1155 mm
- Weight: approx. 165kg container
Round trough vibrator W 100
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with 1 working container (100l volume)
- made of thermally highly cross linking polyurethane
- container cover made of polyurethane with robust lock
- robust machine frame
- open and closed outlet sieve
- motor 0.7 kVA with motor protection
- Hand lever ball valve for closing of water drain
- Screwable plug for protection of ball valve during abrasive powder processing
- color working container: blue
- color electrical cabinet: grey
- Control unit with speed and time control on base frame
- Dosing pump
- level control
Dimensions:- Width: 870 mm
- Depth: 920 mm
- Height: 1,260 mm
- Weight: approx. 260 kg
Separation
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A good separation of workpieces and grinding wheels after machining is crucial
for workpiece quality and system capacity.
We offer a variety of manual and automated separation options and are happy to assist you in choosing the optimal solution for your process. 
Manual separation
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- supports incl. adjustable feet fixed on machine frame via screws, stainless steel
- screen box for changeable sieves
- collection tray, plastic
- 1 changeable sieve (size per definition)
Separation Unit TEsepa Mini for TE 18
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equipped with
- robust frame rack made of welded square tube, stainless steel, prepared for the mounting on the Centrifugal Disc Finishing Machine
- separation in screen box run by an unbalance motor
- screen box removable with 1 sieve (size per definition)
- adjustable vibration frequency of the screen box
- Electrical equipment in control box with
- digital display and rotary switch for controlling the speed of the unbalance motor
- on/off switch of separation
- main circutit breaker /emergency stop switch
- Unbalance motor 0.12 kVA, plug-in, frequency-controlled with adjustable oscillating masses
- Electrical connection: 230V; 50 Hz; 0.2 kVA, 10 A
- Dimension: WxDxH approx. 500 x 600 x 285 mm
- Weight: approx. 20 kg
- Standards: CE
Separating Unit Tesepa Mini for TE 30
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equipped with
- robust frame rack made of welded square tube, stainless steel, prepared for the mounting on the Centrifugal Disc Finishing Machine
- separation in screen box run by an unbalance motor
- screen box removable with 1 sieve (size per definition)
- adjustable vibration frequency of the screen box
- Electrical equipment in control box with digital display and rotary switch for controlling the speed of the unbalance motor
- on/off switch
- main circuit breaker / emergency stop switch
- Unbalance motor 0.12 kVA, plug-in, frequency-controlled with adjustable oscillating masses
- Electrical connection: 230V / 50 Hz; 0.2 kVA, 10 A
- Dimension: WxDxH approx. 530 x 650 x 285 mm
- Weight: approx. 20 kg
- Standards: CE
Separation unit TVsepa Mini for TV
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equipped with
- robust base made of welded square tube, painted, with adjustable vibration damping frame feet
- separation in screen box run by an unbalance motor
- screen box removable with sieve (size per definition)
- adjustable vibration frequency and emptying angle of the screen box
- 1 collector for abrasives and 1 collector for workpieces on wheeled frame, stainless steel with lockable rollers
- Electrical equipment in control box with:
- on/off switches for processing flow
- emergency stop switch
- digital display and rotary switch for controlling the speed of the unbalance motor
- Unbalance motor 0.12 kVA, plug-in, frequency controlled with adjustable oscillating masses
- Electrical connection: 230 V / 50 Hz, 0,2 kVA
Dimensions:- Width: 660 mm
- Depth: 780 mm
- Height: 920 mm
- Weight: approx. 85 kg
Separating Unit Tesepa
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done with
- robust welded machine frame, painted, mobile with 4 large lockable rollers
- sieve unit with 2 unbalance motors
- 2 plastic screens with height offset support the emptying of scooping parts and are easy and quick to change.
- screen for undersized abrasives with collection container, stainless steel (size per definition)
- Electrical equipment in control box with
- on/off switches for processing flow
- main switch with emergency stop function
- digital LED-Display for speedcontrol adjustment of the unbalance motor speed
- 2 unbalance motors, each 0.2 kVA frequency controlled with adjustable oscillating masses
Dimensions:- Length 2155 mm
- Width 915 mm
- Height 700 mm
- Weight approx. 200 kg
Consumables
- The choice of process medium in quality and form is the key to the optimum finish in the interaction of workpiece and machine. A large number of grinding and polishing media as well as granulates, compounds and additives are available for your process.
Ceramic Media
- Ceramic grinding and polishing media are distinguished by hardness ratings of 7.3 - 8.5 Mohs and density ratings of 2.37 - 3.51 g/cm³. This results in high grinding performance with high grinding pressure. Light and shiny surface finishes are typical. Ceramic grinding and polishing media have a long service life and can maintain their original shape during operation.
Plastic Media
- Synthetically bound grinding and polishing media have a lower density rating of 1.61 - 1.89 g/cm³ and, thanks to the selection of different grinding effects, they are the best choice for gentle and splinter-free processing by high demands on the surface quality of non-ferrous metals or soft surfaces.
Granulate
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Nut shell granulate is used as a carrier medium for polishing and grinding
pastes in dry polishing and grinding. A distinction is made between
unimpregnated qualities and impregnated qualities appropriate to their
utilization which have to be resharpened at regular intervals.
For the right polishing and grinding pressure, there is a whole range of grain sizes that can be used for your application.
There are also maize grits in different versions available
Compound
- During the grinding process with water, compounds absorb the by-product of the grinding elements and the workpieces while helping to transport these away. Thanks to additives in the compound, this process is accompanied by cleaning, brightening and passivation of the workpiece.
Additives
- With additives such as pastes and adhesive oils the proportion of polishing and grinding particles in dry polishing and grinding processes are metered ("resharpening") and binds grinding, dust and dirt particles ("regreasing").
Dryer
- To avoid corrosion or staining, workpieces must be dried after tumbling. With our media dryers and hot-air centrifuge dryers, we have a solution for complex and sensitive workpieces.
Centrifugal Dryer TZ 5
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With
- solid centrifuge housing made of steel sheet
- cover and water-bearing areas in stainless steel
- rotor for holding baskets
- variable speed control
- thermostatically adjustable hot air temperature
- safety lock of the centrifuge cover
- time switch 1 - 60 min
- filter
Dimensions:- Basket diameter: 180 mm
- Basket height: 120mm
- Width: 470 mm
- Depth: 400 mm
- Height: 580 mm
Centrifugal Dryer TZ 10
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With
- solid centrifuge housing made of steel sheet
- cover and water-bearing areas in stainless steel
- mesh feet, height-adjustable, vibration-reducing and fixable
- rotor for holding baskets
- variable speed control
- thermostatically adjustable hot air temperature
- safety lock of the centrifuge cover
- time switch 1 - 60 min
Dimensions:- Basket diameter: 280 mm
- Basket height: 160mm
- Width: 580 mm
- Depth: 430 mm
- Height: 900 mm
Waste Water Treatment
- Making the right choice of process media in terms of quality and shape is the key for an optimal finish in the interplay between workpiece and machine. For this purpose there is a wide variety of grinding and polishing elements available as well as granulate, compounds and additives for your process design. We are happy to advise you!
Process water cycle cascade 50 L
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consisting of:
- 3 stacked cascade containers with 50 liters
- necessary piping between the tanks
- transparent cover for easy control of the first cascade
- sight glass for level indication
- metal intake filter with nonreturn valve in the reservoir
- prepared for connection (dia 6 mm) to the finishing machine
- Dimensions: LxWxH = 500 x 350 x 600 mm
- Wheeled frame for cycle cascade, stainless steel, 4 rolls/2 fixed
Process water cycle cascade 120 L
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consisting of:
- 3 stacked cascade containers with 120 liters
- necessary piping between the tanks
- transparent cover for easy control of the first cascade
- sight glass for level indication
- metal intake filter with nonreturn valve in the reservoir
- prepared for connection (dia 12mm) to the finishing machine
- Dimensions: LxWxH = 643 x 772 x 466 mm
- Wheeled frame for cycle cascade, stainless steel, 4 rolls/2 fixed
Applications
Deburring
- During the processes of casting, sawing, laser cutting
and machining of metal and plastic parts, sharp burs can remain at the
workpiece edges. For safety reasons, as well as for complete automation and
excellent haptic, these burs should be removed and edges shall be rounded
for further processing and continued use.
In particular, the external contours of workpieces will be deburred with the use of vibratory finishing. The deburring of inner contours can only be achieved with a sufficient movement of abrasives inside the parts.
Deburring via vibratory finishing represents a cost-effective method to adapt contours and surface structures of workpieces to individual qualitatively needs and requirements
Rounding
- Optimum edge rounding for workpieces with excellent
sliding characteristics, e.g. optimum thread guidance, good automation
capacity or simply excellent haptic is prerequisite.
With the use of vibratory finishing, a well-defined material removal can be achieved on the workpiece edge at simultaneously high precision of the process.
Grinding
- Vibratory finishing enables the fast and easy removal of
mould separation burrs, ghost lines after turning and milling, as well as a
further variety of burrs, which occur after machining.
The grinding and fine grinding process creates finely textured and homogenous surface structures regardless of the complexity of part geometry.
Smoothing
- Workpieces, made of metal, plastic or ceramics, often
require smooth surface structures prior to use or for the preparation of
subsequent processes.
Any surface roughness due to casting and the sintering process or machining and the additive manufacturing process can be specifically reduced due to homogenous material removal on the workpieces.
Polishing
- The polishing process creates very smooth or
high-gloss decorative surfaces.
Smooth surface structures lead to enhanced sliding characteristics and higher durability e.g. with the aim of optimum wear performance, minimum sound emission or improved energy balance.
Cleaning
- The further preparation of workpieces sometimes places
high demands on the cleaning process.
Grease, oil residues and other adhesions on the workpiece surface will be gently and cost-effectively removed under the influence of mechanical action by the use of special compounds.