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- Fabricated Wire Product
- Idea Catalog
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- Three M Tool has a rich history of designing and building very unique
custom fabricated wire products.
Many of our projects have been baskets and racks for cleaning,
heat treating or part sorting, but countless other applications exist.
- This Idea Catalog is a collection of interesting projects. Each project
was selected to show an innovative solution to a specific design
challenge. Its unlikely that your application will be identical to any
of those shown, so as you page through the catalog try to get a feel for
some of the basic design features that could be applied to your
application. Use the terms and
concepts shown here as a starting point to discuss your needs with us.
- Navigation through the Idea Catalog:
- The Navigation Tool Bar at the bottom will allow you to move forward
and backward through the screens:
- Start: Jumps to the first page of the Catalog (with contact
information).
- Prev: Moves back one page.
- Return to Last: Returns to the last page, usually returning to a
hypertext description.
- Next: Moves forward one page.
- End: Exits the Catalog.
- Hypertext links are included in the text definitions to jump to
examples. Return to Last button on the navigation tool bar will
return to the originating hypertext.
- Hyperlink www.ThreeMTool.com: To
jump to our company website for more information.
- The Project examples shown here are meant to be a starting point for
your thinking.
- Potential applications are limited only by your imagination.
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- Every projects design is a trade off between different material
characteristics: weight versus strength, cost versus corrosion
resistance, etc. We strive to
optimize these trade-offs by thoroughly understanding each materials
strengths and weaknesses to create the best balance for each
application. Below is a very
broad overview of design characteristics for some of the materials we
typically use.
- Base Material Characteristics (Common materials used, limitless other
options available):
- Carbon Steel: Strong and inexpensive, readily available in a wide
variety of shapes and sizes, and is very easy to form and weld. Very limited corrosion resistance in
natural finish. It can be plated or powder coated for some additional
corrosion protection, but is generally not recommended for wet
locations, ultrasonic or aqueous cleaning applications. Carbon steel is
a great choice for manual solvent cleaning, oil dipping and indoor
material handling applications.
- 304 Stainless Steel: The most
common of the industrial stainless steel grades. Its readily available
in a wide variety of shapes and sizes, relatively easy to form and
weld. Good high temperature strength to 1200°F. Good corrosion resistance in wet and
mildly caustic environments. Can be powder coated for added part
protection. Electropolishing is recommended for all ultrasonic
applications.
- 316 Stainless Steel: Stronger,
better corrosion resistance and better high temperature strength than
304 stainless. Available in most
shapes. Still relatively easy to form and weld. Good high temperature
strength to 1600°F. Good
corrosion resistance in salt water, acidic and alkaline environments.
Can be powder coated for added part protection. Electropolishing is
recommended for all ultrasonic applications.
- 330 Stainless Steel: Better high temperature strength than 304 and 316
stainless. Limited selection of
shapes available. Higher nickel content makes it more difficult to form
and weld. Good high temperature strength to 2200°F. Good corrosion resistance in acidic
and alkaline environments.
- Other materials : Obviously, there are an unlimited number of other
metals with enhanced properties for greater strength, lighter weight,
better corrosion resistance, etc.
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- Surface finishes and coatings can be added to improve the
characteristics of the base metals, protect parts, or for cosmetic
reasons.
- Surface Finishes for Base Materials (Common processes used, many other
options available):
- Natural Finish: The natural condition of the base material. All products are deburred to remove
any sharp edges, but discoloration around welds and light process oils
will remain on the parts.
- Electropolished Surface:
(Stainless Steel only) An electro-chemical dipping process to
remove all free iron from the top layer of material, leaving the
surface very rich in nickel and chrome. The resulting surface is very
smooth and hard, and very shiny. Electropolishing is recommended for
any ultrasonic cleaning applications.
- Surface Coatings applied to Base Materials (Coatings are not recommended
for mesh finer than 10 mesh)
- Plastisol Dip Coating: A dipping process to coat surfaces with soft
vinyl in a wide variety of colors. The vinyl coatings have limited
chemical and abrasion resistance and are generally used to improve the
grip of handles or for identification or cosmetic reasons only.
- Powder Coating: Parts are coated
with powder then baked to form a smooth, even surface. A wide selection of powders are
available with different characteristics:
- Epoxy Powder Coating: Epoxy coatings are inexpensive and come in a
wide variety of colors, but have limited chemical and abrasion
resistance. They are generally only used for cosmetic or
identification reasons. (Epoxy coatings are generally .007 to .015
thick.)
- Polypropylene Powder Coating:
Polypropylene coatings have good chemical resistance with fair
abrasion resistance, and come in a limited variety of colors.
Polypropylene is slightly softer than nylon to protect parts.
(Polypropylene coatings are generally .010 to .020 thick.)
- Nylon Powder Coating: Nylon coatings have good chemical and abrasion
resistance, and come in a wide variety of colors. Nylon is generally
used to soften a surface to protect parts. (Nylon coatings are
generally .010 to .020 thick.)
- Teflon Powder Coating: Teflon coatings have excellent chemical
resistance and good abrasion resistance. All Teflon is dark grey and
is used by us to soften a surface to protect parts in more caustic
environments. (Teflon coatings are generally .010 to .020 thick.)
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- Most baskets are lined with either woven wire mesh, welded wire mesh,
expanded metal, or perforated steel. Each lining material has distinct
advantages and disadvantages.
- Wire Mesh Designated by Mesh Number (number of wires per inch) and
Wire Diameter (the diameter of each wire). The opening size is
approximately 1/(Mesh Number) minus (Wire Diameter).
- Welded Wire Mesh: Cross wires are laid on top of long wires and are
resistance welded together at each intersection creating very even
square openings. Welded mesh is more rigid (less flexible) than woven
wire mesh. Typical welded wire
mesh is 6 mesh or larger, and is .047 diameter wire or greater.
- Woven Wire Mesh: Wires are
woven, over-under-over-under, to create mesh that is more flexible than
welded mesh. This flexibility allows woven mesh to be formed into
one-piece bowls or pans. There is also an almost unlimited selection of
woven wire mesh sizes and wire diameters.
- Perforated Metal Solid sheet metal with typically round holes punched in
even rows. Hole diameters are rarely smaller than the material
thickness. Perforated metals are designated by hole diameter, hole
spacing, and material thickness. Readily available in carbon and 304
stainless steel, with limited sizes in other materials. This is the best
lining choice for a very smooth surface, but typically has less open
space than wire mesh or expanded metal.
- Expanded Metal Solid sheet metal that is slit and pulled open (expanded)
to create a sheet of diamond shaped openings. Designated by diamond size
and material thickness.
- Expanded Metal (standard): Very inexpensive material. The surface of the sheet is rough and
the edges of the diamond-shaped holes have many sharp edges that should
be considered in the design process.
Best choice for low cost, if the rough surface can be tolerated.
- Flattened Expanded Metal: Standard expanded metal is rolled
(Flattened) to create a smoother sheet with fewer burrs and sharp
edges, although the diamond-shaped holes will still have some sharp
edges that should be considered in the design process.
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- Basket Lids: Some applications require lids to retain parts that could
be pushed out by strong cleaning spray, fall out during rotation or
transport, or float out when immersed. Several basic lid designs are
available.
- Removable Lid: The simplest style of lid. Can be a Drop-in style that
fits inside the basket, or a Shoe Box style lid where the frame of
the lid is angled to sit over the top edge of the basket.
- Hinged Lid: Simple lid with hinges on one side. Leaves free space above parts. Can include various styles of latches
to secure the lid closed.
- Compression Lid: A lid thats
designed to fit inside the basket to press against the parts and
compress them. Spring loaded pins engage holes in the basket sides to
secure the lids at various heights.
- Lifting and Handling Considerations Features can be included to improve
the handling of baskets.
- Manual Lifting: Smaller baskets with lighter loads are typically
handled manually. Some typical options for manual lifting handles can
be small hand loops on two sides called Dual Grip Handles, or folding
loops on two ends called Drop Handles, or single (or double) loops
hinged to swing clear for part loading called Swinging Loop Handles. Manual handles can be made extra long
for deep tanks, or eliminated altogether for small baskets.
- Robotic Lifting: Many automated cleaning lines use a programmable
overhead robot (sometimes called a TDR for Two Dimensional Robot) to
move baskets through the process. TDR Handles must be a uniform
height and will be shaped to help the robot grab and center the load.
- Fork Truck Handling: For large or heavy loads, stacking feet can be
included to allow four-way pick-up and stacking with a fork truck.
- Hoist Lifting: Many tank dipping processes use a hoist or crane to move
the baskets. Lifting loops or handles on these baskets must be strong
enough to handle the loads safely and should include a shape or V-notch
that keeps the hook centered.
- Conveyor Line Handling: Whenever a basket will be used on a roller
conveyor, it should include an extra cross bar support on the bottom
surface called a Conveyor Bottom to move smoothly without getting
hung up between the individual rollers.
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- Application: Hold circuit boards securely at the optimal angle for
ultrasonic cleaning and draining.
- 13-3/4 x 11 x 3 approximate
outside dimensions, excluding handles.
- 1/4 Rod Frame, bottom and sides lined with 3 mesh x .063 woven wire
(.270 openings).
- 304 Stainless Steel, with all surfaces Electro-polished after
fabrication.
- Removable rack allows parts to be unloaded easily.
- Dual Grip Handles.
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- Application: Hold, support and protect small parts through a high
temperature process (650°F)
- 5-1/2 x 3 x 2-1/2 approximate outside dimensions (5 racks shown
stacked)
- 1/8 Rod Frame and support arms.
- 304 Stainless Steel, natural finish.
- Nesting end design for stable and secure stacking in furnace.
- Fully radiused rod ends to protect parts.
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- Application: Hold, support and protect watch bracelets, cases, clasps,
and crystals through an ultrasonic cleaning process.
- 13-1/4 x 7 x 12 approximate
outside dimensions (including handles)
- 3/16 dia. Rod outer frame, with
smaller inner frames and support arms.
- 304 Stainless Steel, Electro-polished with portions Nylon Coated for
part protection.
- Interchangeable inner frames and trays for maximum flexibility with
mixed parts.
- Handles designed to interface with robotic loading arms.
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- Application: Hold small samples in a high temperature laboratory oven
(1150°F) for chemical analysis
- 13 x 9-1/2 x 2 approximate
outside dimensions.
- 1/4 Rod Frame with stacking corners and bottom cross rails.
- Removable handle to lift and position hot baskets.
- Stacking corners.
- 330 Stainless Steel, natural finish.
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- Application: Hold large surgical instruments for ultrasonic cleaning in
a robot fed process
- 18 L x 12-3/4 W x 43 H approximate outside dimensions
- 3/8 Rod Frame with lifting loops to engage robot arms.
- Estimated weight loaded 78 lbs.
- Hinged door with latches
- Bottom portion lined with 8 Mesh x .047 woven wire (.078 openings)
- 304 Stainless Steel throughout, Electropolished finish
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- Application: Hold Hip Implants for ultrasonic cleaning at the end of the
manufacturing process
- 20L x 20W x 3H approximate
outside dimensions.
- 1/4 Rod Frame with stacking dual grip handles.
- Machined and highly polished cups gently support parts through process.
- Cross bars with cups can be rotated to accept a wide variety of implant
sizes and shapes.
- 316 Stainless Steel throughout, Electropolished finish.
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- Application: Hold large aircraft parts in a high temperature heat
treatment process
- 30L x 20W x 6H approximate
outside dimensions.
- 1/2 Rod Frame with lifting-stacking loops.
- Removable mesh liner can be easily replaced (4 mesh x .080 woven wire)
- Frame is designed to flex and absorb the thermal expansion and
contraction cycle.
- All joints are Double Welded for strength (Resistance welded with TIG
over-weld).
- 330 Stainless Steel, natural finish.
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- Application: Hold small steel parts for heat treatment.
- 6 Dia x 9H approximate outside
dimensions.
- 1/4 Rod Frame with rigid loop handle.
- Lined with 4 mesh x .080 woven wire (.170 openings)
- 330 Stainless Steel, natural finish.
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- Application: Hold parts for manual dip cleaning.
- AGA-0805: 8 x 5-1/2 x 2 approximate
outside dimensions, Lined with 30 mesh x .012 woven wire (.021
openings)
- AGA-1010: 10 x 10 x 7 approximate
outside dimensions, Lined with 4 mesh x .047 woven wire (.203
openings)
- 1/4 Rod Frames.
- Long handles for easy manual dipping and agitation in tanks.
- Hinged lids with compression latches.
- 316 Stainless Steel, natural finish
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- Application: Hold parts through a fully automated cleaning line, with a
full rotation, high pressure spray wash cycle with immersion.
- 19-1/2 L x 12-1/2 W x 8 H approximate outside dimensions.
- Lined with 2 mesh x .063 welded wire (.437 openings)
- Offset tabs on the lid hold the lid closed when basket is slid into
machine channels which grip the basket during the cleaning cycle.
- 1/4 Rod Frame and supports.
- 304 Stainless Steel, natural finish.
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- Application: Hold fuel injector parts upright for cleaning in a high
pressure spray wash cycle.
- 16 L x 10 W x 2-1/2 H approximate outside dimensions.
- 1/4 rod frame with 3/16 crossbars and 1/8 pins.
- 286 equally spaced pins. Each pin has a full radius bullet nose point to
protect the parts, and is TIG welded to the crossbar for strength and
durability.
- 304 Stainless Steel, natural finish.
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- Application: Hold small floating parts through an ultrasonic cleaning
and drying cycle.
- 8 L x 4-1/2 W x 2-1/4 H approximate outside dimensions.
- Formed 18 Ga. angle frame.
- Lined with 30 mesh x .012 woven wire (.021 openings)
- Tight fitting hinged lid with compression latch.
- 304 Stainless Steel, electropolished finish.
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- Application: Keep medical implants separated for optimal ultrasonic
cleaning.
- 16 L x 8 W x 3 H approximate outside dimensions.
- 3/16 rod frame with Stacking corners.
- Sides and bottom lined with 2 mesh x .063 welded wire (.437 openings)
- Interior space divided into 8 compartments by perforated steel dividers.
- 304 Stainless Steel.
- All surfaces powder coated with FDA approved Polypropylene
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- Application: Hold donor bone tissue for cleaning in a sterile ultrasonic
cleaning cycle.
- 10 L x 4-1/2 W x 5 approximate outside dimensions
- 1/4 rod frame with swinging handle.
- Lined with 60 mesh x .0075 woven wire (.009 openings)
- 6-sided shape to fit cleaning tank.
- Drop in lid with jamb to retain tissue samples during the process.
- 316 Stainless Steel, Electropolished finish
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- Application: Hold medical parts through an ultrasonic cleaning line.
- 15-3/4 L x 9-3/4 W x 3 H approximate outside dimensions.
- Lined with 2 mesh x .063 welded wire (.437 openings)
- Interior divided to separate and protect individual parts
- Compression lid to seal in parts.
- Stacking corners.
- 304 Stainless Steel base material.
- All surfaces coated with Polypropylene to protect parts from nicks and
scratches.
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- Application: Hold delicate medical parts through a spray wash cycle
while protecting process documents for strict lot control.
- 20-1/2 L x 11-1/2 W x 3-5/8 H approximate outside dimensions.
- Clear Plastic Document Tube clips to the basket, keeping paperwork with the parts through the wash cycle.
- Lined with 2 mesh x .063 welded wire (.437 openings)
- Adjustable compression lid to gently retain parts.
- Accordioned mesh bottom panel, creating troughs for parts.
- 304 Stainless Steel, Electropolished finish.
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- Application: Hold spray paint guns and parts through an ultrasonic wash
cycle.
- 30 L x 18 W x 6 H approximate outside dimensions.
- Lined with 3 mesh x .063 welded wire (.270 openings)
- Swinging handle with center Lifting V for hoist hook.
- Nylon powder coating to protect soft metal parts.
- Removable divider to separate batches of parts.
- 304 Stainless Steel.
- Powder Coated in Black Nylon.
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- Application: Hold 40 Fuel Injector Nozzles through a conveyor fed spray
wash cycle.
- 19-1/4 L x 12-1/4 W x 1-1/2 H approximate outside dimensions.
- Lined with 6 mesh x .047 woven wire (.120 openings)
- Basket interior divided with polypropylene panels.
- Formed wire clips in each compartment to hold nozzles at angle for
optimum cleaning and efficient drying.
- 304 Stainless Steel, Electropolished finish.
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- Application: Removable basket to fit the turntable of an aqueous spray
cleaning system.
- 32 Dia. x 2 H approximate outside dimensions.
- 5/16 rod frame with radial supports for maximum support.
- Lined with 4 mesh x .063 woven wire (.187 openings)
- Center hole with steel grommet to locate tray on turntable post.
- Close fitting removable lid.
- 304 Stainless Steel, Electropolished finish.
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- Application: Hold small nozzles upright for effective internal cleaning
in a high pressure spray wash cycle.
- 16 L x 12 W x 2 H approximate outside dimensions.
- 1/4 rod frame with 1/8 grid wires and stacking dual grip handles.
- Bottom only lined with 4 mesh x .047 woven wire (.203 openings)
- Closed tolerance grid openings hold soft parts securely.
- 304 Stainless Steel, natural finish.
- Tags with Stamped Text identify parts being processed.
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- Application: Hold large castings through a conveyor fed high pressure
spray wash cycle.
- 17-5/8 L x 11-5/8 W x 6-1/8 H approximate outside dimensions.
- Lined with 4 mesh x .063 woven wire (.187 openings)
- Basket interior includes a custom support yolk to securely hold each
casting.
- Formed wire clips in each compartment to hold nozzles at angle for
optimum cleaning and efficient drying.
- 304 Stainless Steel, Electropolished finish.
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- Application: Pull-out drawer for high-end custom made food service
carts.
- 17 L x 15 W x 5 H.
- 1/4 diameter rod frame with fabricated rails to mate with drawer
glides.
- All surfaces buffed then chrome plated for an extremely smooth and shiny
appearance.
- Carbon Steel, Chrome plated finish.
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- Application: All stainless steel basket to duplicate a popular molded
plastic basket for high temperature, higher wear applications.
- 17-5/8 L x 11-5/8 W x 6 H approximate outside dimensions.
- Lined with any available mesh, shown here with 8 mesh x .047 woven wire
(.078 openings)
- Removable lid with compression pins.
Lid fits tightly against internal jamb to keep in small parts.
- 304 Stainless Steel, Natural finish.
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- Application: Insert rack to fit into another basket to hold oddly shaped
parts through a high pressure spray wash cycle.
- 17-7/8 L x 11-3/4 W x 2 H approximate outside dimensions.
- 1/4 rod frame with 1/8 interior grip wires.
- Double bar perimeter frame slides into an outer basket frame.
- Nylon powder coating to protect polished parts.
- 304 Stainless Steel base material.
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- Application: Hold six finished circuit boards through a vapor degreasing
wash cycle.
- 23 L x 15 W x 11 H approximate outside dimensions.
- Circuit boards, with components installed, are slid into the tracks. The
boards are held securely by the edges and safely separated for maximum
cleaning.
- Bottom lined with 2 mesh x .063 welded wire (.437 openings)
- 304 Stainless Steel, Electropolished finish.
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- Application: Hold loose parts securely through a full rotation wash
cycle.
- 15 L x 9 W x 6 H approximate outside dimensions.
- Lined with 3 mesh x .063 woven wire (.270 openings)
- Compression Lid can be pushed down tight against parts and locked in
place.
- Drop handles on each end for easy manual lifting.
- 304 Stainless Steel, Natural finish.
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- Application: Hold and support thin plates upright for a dipping cleaning
process.
- 22 L x 7 W x 30 H approximate outside dimensions.
- 1/4 dia. Rod throughout .
- Flat plates fit securely between upright bars.
- Threaded rod ends (at top) to mate with conveyor line cross arm.
- 304 Stainless Steel, Natural finish.
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- Application: OEM pump screen for Commercial dishwasher.
- 6 L x 3 W x 6 H approximate outside dimensions.
- Perforated metal panel with 3/16 rod frame.
- High volume part for OEM production.
- Manufactured to customer specifications.
- 304 Stainless Steel, Natural finish.
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- Application: Metal Litter Basket for indoor and limited outdoor use.
- 22 Dia. x 35 H (Many other sizes available.)
- 3/4 #16 Expanded metal body with 5/16 rod frame.
- 4 legs for stability.
- Open construction for maximum drainage and air circulation.
- Fixed grab handles for easy lifting.
- Epoxy Coated Carbon Steel
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- Application: Small parts in stacking trays of varying heights which need
to be held tightly though a full rotation cleaning cycle.
- 16L x 12 W x 7H approximate outside dimensions.
- Compression Lid and spring loaded pad adjust to capture any size trays
tightly.
- Lid is lined with 6 mesh x .047 woven wire (.120 openings), then Nylon
Powder Coated to protect parts in top tray.
- Conveyor Bottom (diamond shape on bottom) for snag-free movement on
conveyor lines.
- 304 Stainless Steel, Electropolished finish.
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- Application: Hold extremely highly polished round mirrors by their edges
for ultrasonic cleaning.
- 11L x 9W x 6H approximate outside dimensions.
- Polished round mirrors are hold securely by the edges in the Vees of the
fingers. The angle of the fingers
aids part insertion.
- Five removable finger racks
(black parts) each hold four round mirrors.
- The Finger Racks are Nylon Powder Coated to protect the parts and
improve the grip.
- Stainless Steel carrier holds finger racks through robot fed cleaning
cycle.
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- Application: Hold a large amount of small parts through a dipping
process, a spin drying process, then unload clean dry parts easily out
the bottom hatch.
- 18 Dia x 24 H approximate outside dimensions.
- Lined with 10 mesh x .047 woven wire (.053 openings)
- Drop Bottom releases safely from the top of the basket, allowing parts
to be quickly and easily unloaded.
- Heavy Duty construction: 500 lbs. capacity with reinforced frame for
spin drying.
- Swinging Vee loop for crane lifting.
- 304 Stainless Steel, Natural finish.
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- Application: Hold bottles upright through a process to remove labels for
improved recycling.
- 19 L x 18 W x 14 H approximate outside dimensions.
- 1/4 rod frame.
- Compression Lid can be pushed down tight against parts and locked in
place.
- Posts are designed to located parts easily and accurately, but still
allow good drainage.
- 304 Stainless Steel, Electropolished finish.
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- Application: Hold fabric through a dyeing and rinsing cycle.
- 48 Dia x 24 H approximate outside dimensions.
- Lined with 1 mesh x .105 woven wire (1.0 openings)
- Radial bar bottom frame to create a strong flat bottom.
- Drop-on Lid to keep fabric from floating out of basket when immersed.
- Three integrated lifting eyes for easy hoist lifting.
- 304 Stainless Steel, Natural finish.
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- Application: Hold small cutting tools upright and separated through a
spray wash cycle
- 13 L x 8 W x 3 H approximate outside dimensions.
- 3/16 rod to create precise locations for individual parts.
- Stacking corners allow several loaded racks to be safely stacked.
- Dual grip handles for easy manual lifting.
- 304 Stainless Steel, Natural finish.
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- Application: Hold very small parts
securely through a full rotation Vapor Degreasing cycle (EVD
cycle)
- 3-1/2 Dia Body x 10 or 19 H approximate outside dimensions.
- Lined with 26 Ga. perforated metal with .033 holes on .055 centers
(28% open area)
- Tight fitting lids held in place with thumb screws.
- Notched flanges engage the machine rack for rotation.
- Interior includes bars to promote part mixing for thorough degreasing.
- 304 Stainless Steel, Electropolished finish.
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- Application: Simple lidded basket for manual dipping of parts.
- 15 L x 9-1/4 W x 6 H approximate outside dimensions.
- Lined with 16 Ga. perforated steel with 1/8 holes on 3/16 centers (40%
open area) .
- Hinged Lid to contain parts in
basket.
- Handles on each end for easy manual lifting.
- 304 Stainless Steel, Natural finish.
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- Application: Hold Kits of surgical tools through an ultrasonic
cleaning wash cycle.
- 24 L x 16 W x 12 H approximate outside dimensions.
- Bottom and Ends lined with 1/2 x #16 Flattened Expanded metal.
- Unique shape with flanged ends and very open bottom allows for high
volume flushing action during agitated cleaning cycle.
- Round handles on each end for easy manual lifting.
- 304 Stainless Steel, Electropolished finish.
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- Application: OEM filter screen for industrial spray wash machine
manufacturer.
- 2-1/2 Dia. x 12 L approximate outside dimensions.
- Lined with 8 mesh x .032 woven wire (.093 openings)
- Close tolerance rings on both ends fit snugly into an inline filter
canister.
- Angled handle on one end for easy removal.
- 304 Stainless Steel, Natural finish.
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- Application: Hold loose parts securely through a manual dipping process.
- 10 Dia x 4 H approximate outside dimensions.
- Lined with 3 mesh x .063 woven wire (.270 openings)
- Compression Lid can be pushed down tight against parts and locked in
place.
- Swinging Loop handle for easy manual lifting.
- 304 Stainless Steel, Natural finish.
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- Application: Keep small parts separated through an ultrasonic cleaning
cycle.
- 18 L x 12 W x 4 H outer basket with four removable 8 L x 6 W x 4 H
insert baskets.
- Outer basket lined with 4 mesh x .047 woven wire (.203 openings),
Insert baskets lined with 30 mesh x .012 woven wire (.021 openings).
- Removable insert baskets for easy part separation and loading.
- Stacking Dual Grip handles on each end for easy manual lifting.
- 304 Stainless Steel, Electropolished finish.
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- Click Start or Next to Restart at
the beginning of the slideshow.
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- Click www.ThreeMTool.com for more
information.
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Notes
