Dymco catalog
14Pages

Features of the DYMCO steel belt production process ■ We start our production of steel belts by selecting from belt materials that have high tensile strength and great form stability to stay flat As a specialist we will recommend the most suitable material for your application. ■ Our processing technology is based on a precision slitting and cutting process that consistently produces the minimum change in width, Induces the least tendency to camber, and makes the fewest burrs. M The method for making endless belts Is a precision welding technique on the adjacent end faces while having a...

Accurate response High speed Dust proof Ccnolcic y t\ HlnBtM l*1^ nrtifi .ens ol iht wokbd im m mcfnt bell* Abwbttty iwfgTn atrpnftfi md Examcles of using the seamless belts Precision soeed reducers High precision rotation of rofiers and platens. High temoerature and low temperature driving High precision positioning As a light weight conveyor In dean rooms _ Belt rratenais _ •Maraged steel •Titanium

Features of the seamless belt Physical Our technology of heat treatment ana characteristic railing can produce better Quality. By controlling the friction coefficient, the tension. and the belt winding angle, the belt will not slip. Using a crown pulley, the belt will stay centered while being driven. 3. High fatigue resistance Even when the belt is relatively thick, relatively smalt diameter pulleys can drive the belt. The belt edges are rounded during trie rolling processes. This shape is advantageous since it Is not damaged by repeated compression and expansion on the pulleys. 4....

OdUCtion: Each seamless belt is manufactured carefully, using the state-of-art technology with maturity and skill. Quality Control: Our advanced equipments and rich technical data guarantee the best performance. Pulleys that Support high precision: High precision rotation relies greatly on the precision of machined crown pulleys. Driving pulley with high friction Driving pulley with high friction Pulley material__ •SUS303 -SUSSCM •Hardened aluminum •S45C High friction processing (used for high torque conditions) " High friction pulleys are also described on page 11

A flat, rigid, and smooth belt surface has excellent thermal insensitivity and is hygienic since it does not create dust and dirt slides off. Select a conveyor belt system to match your application. Slim type • Accumulate transfer • Static e'actncity end electric charge twikko preve • Feeding objects in high temperature condition • Feeding objects in an ultra-violet light drying • Conveying such as substrates into reftow furnace! • Conveying objects with sharp edges or burrs. • Vacuum attachment using perforated belts. • Cleaning wafers and electronic parts. • Transporting food, medicines,...

* All components including the belt and frame are made of stainless steel, in a compact size. * Since stainless steel belts do not wander, the edges do not become worn or cracked. * Both the frame and belt can be washed in water, to keep them hygienic. * The belt never elongates or shrinks while running. * The belt surface is very hard and difficult to scratch, easy to accumulate. * This type of conveyor generates very little * This conveyor can feed objects cooled to as low * The objects on the belt cannot become contaminated with metat particles since the belt does not produce metal...

By taking advantage of the flat and strong features of steel, our steel belts can be used for chemical product forming and feeding processes, as well as food cooling processes, drying and baking processes. Materials used for large steel belts Standard belt size High temperature furnace thermal drying Rotary press Cooling conveying

Perforated steel belts offer a variety of functions. Sprocket pulleys that support fine, precision feeding. Accurate repeatability Fine, precisian feeding Orientation Steel belts with a fine, punched mesh pattern are suitable for use For certain specific objects, by attaching pins or the like, precise feeding and positioning of IC lead frames and micro devices is possi- Superior-punching technology gives birth to high-quality perforated steel belts. Punching die design I I Press technology cv eacn hole, as wffli as cunxj- ratwe dimensional precision (5 TOkrr^ in:o account tne cnaractef- in...

Open steel belts have a good reputation due to its rigidity, for use in feeding carriage heads and driving arms. Linear reciprocal strokes between pulleys Belt end securing methods ■ Footing if* heaOs on cwters aw stirrers • fiwo racnaiwm on mac/we tools Accurate response High speed Dramatically increases your products - Driving robot arms - Ceiling mounted feeding and hoisting equipment - Rod-less cylinder - Winding and unwinding mechanisms - Steel belt cover Superb production technologies to support the creation of high tensile and precision belts Inspact and select high quality good...

large friction pulleys allow high precision Coated with tungste Friction coefficient 0.3 or better The roughness can be set to match the steel belt thickness. Roughness can be varied between 10 /jm to 75 ^m. Pulley materials: Hardened aluminum. SUS303, SUS304, S45C ■Semi-standard items Polyurethane, silicone rubbe Friction coefficient 0.5 Of better Precision processing technology Gcoa (reran surface one a ceC'SO cut BjOa dtvwer ye mamtarr€d tN hip pnddon NC mcNNni center M ed using rntcts or othor metro By employing a comp-jtertfed therma? Spray monitoring system *e can c**er Hooa...

Using superior rolling techniques, making fine cuts, and precision butt welds in super thin sheets of metal can manufacture super precision tubes. The electron forming process can create super thin seamless tube. iStainless steel tubes 2. WHJi % pr?c3<n tcnrmg arW ffwr^ tamoogy.« car ccntrtf ire trtranctt of ne ntce am DJtsffi Mmeiers ninr r 3 The insttQ and outside sftrnctsr rrociscn is firtnr mrovtc cy ii*(» and cms*Se IgfitwtigM crMucts 8 An rss*M mrror ftnoh * wairtte ISuper thin stainless steel mesh tube Production dimensions standard size.) TN DtfljcKn dr*rstoa m viry with trie...