Footwear Testing Equipment Dealers

• Country of Origin: India
• Material: Mild Steel
• Application: Industrial
• Voltage: 220 V
• Finishing: Coated
• Power Source: Electric

We also manufacture and supply a wide range of Footwear Testing Equipment’s which is extensively used in various footwear industries to test the quality of the leather and footwear. These are available in different dimensions and specifications that meet the individual requirement of our clients in the best possible manner. Furthermore, our range is well known for the quality and longer service life features. We offer these at competitive prices.

• Specifications: FDT-02
• Flex Frequency: 45 /minute
• Tensile : 300 N
• Torque: 2 Nm
• Specimen Thickness: ≤2.5mm (Sample clamps are needed for other thickness specimen)
• Flex Angle: 440° or 400°
• Horizontal Stroke: 155 mm or 80 mm
• Number of Stations: 4
• Number of Specimens: 1
• Specimen Size: 280 mm x 200 mm
• Instrument Dimension: 715 mm (L) x 415 mm (W) x 645 mm (H)
• Power Supply: 220VAC 50Hz / 120VAC 60Hz
• Net Weight: 85 kg  

• Type: Demattia Flex Tester
• Condition: New
• Color: Golden
• Certificate: Traceable to NABL
• Flexing Angle: 300 cpm
• Motor: compression set apparatus
• Model Number: IK/DMFT/01
• Grips: 75 mm (adjustable)/ 57.15 mm (adjustable)

The ability of rubber products to withstand repeating flexing without developing cracks is of prime importance where such products are used in conditions undergoing repeating flexing. The flexing endurance of rubber products is determined by simulating in the laboratory the action of flexing repeatedly under standard conditions of speed, mode, and degree of flexing. One of the accepted procedure is the use of a De-Mattia Flexing Tester. This tester provides useful information about the resistance of compounds of vulcanized rubber to flex cracking when subjected to flexing. Cracks develop in that part of the surface where stresses are set up during flexing, or if that part of the surfaces initially contains a crack, cause this crack to extend in a direction perpendicular to the stress. The “IKON” De-Mattia Flex Tester consists of a set of grips to hold the test specimens in two tiers with their holding faces lying in the same vertical plane. The flexing and unflexing action is provided by holding one end of the test specimens in a fixed grip and the other end in a reciprocating grip. The set of grips has two fixed grips and one large reciprocating grip positioned between them in order to flex half of the test specimens while the other half is being unflexed. The reciprocating grip is fitted with gun metal cushion which slide on hardened and ground rods made of high carbon steel. The reciprocating motion is provided by an eccentric and linkage mechanism driven by an electric motor through V-belt and pulleys. A six digit counter with reset is provided for indicating the number of test cycles undergone.   The equipment is build on a rigid cast iron base plate and finished in hammer tone painting and bright chrome plating to give it a corrosion resistant finish. Molding dies for preparing test specimen, and jig and punch assembly for making initial crack in test specimens for crack growth test are available as optional accessories.    

• Unheated Cabinet : 6 Samples
• SE – 6 : 12 Samples
• SE – 12 : 24 Samples
• SE – 24 : 36 Samples

De Mattia Flex Tester, electrically operated with single phase motor provides information about the resistance of vulcanized rubber compounds, coated and treated fabrics to cracking when subject to flexing. Crack development in that part of the surface where stresses are set up during flexing, or if that part of the surface initially containing a crack, causes this crack to extend in the direction perpendicular to stress. This test also assesses the durability of material. The machine tests six specimens at a time.   STECH ENGINEERS Flexing Machines is used to test specially moulded samples for resistance to cracking or cut growth by repeated flexing. Flex testing is recommended when the flexing encountered in service is liable to simulate the action of the test. (e.g. tyre sidewalls). Cracking and cut growth increase with increasing cycles. The tester is stopped at intervals specified and the cracks evaluated. Two sets of grips on either side of the frame are reciprocated at constant frequency for a preset number of cycles controlled by a cycle counter. Samples are loaded so that they are flat when the grip are tightened and flexed but not elongated during tester operation. The range consists of 6 machines capable of handling 12, 24 or 36 samples in either an unheated cabinet or an oven with digital temperature control having a range of 60°C to 150°C.         Features   : Easy access cabinet or oven versions : Cycle counter fitted with 9 - 999,999 cycles allowed/test : Internal illumination fitted : 60oC to 150oC temperature range on oven versions : Motor cut outs fitted to both doors

We manufacture all type footwear testing equipments.

• Flexing Frequency: 140 10 cycles/minute
• Maximum Eccentricity: 80 mm
• Maximum Angle of Flexing of Shoe: 35° to 45°
• Number of Shoes that can be Tested Simultaneously: 2
• Motor: ¼ HP single-phase 230 volts AC
• Counter: Six digit electronic counter

MyQ Shoe Flex Tester is perfect for the determination of full shoe ability to withstand the flexing stresses effects, produced on various parts of the shoe. Also, different parts like soles and uppers of a shoe are tested individually for flexing endurance with the use of Flexometer & Ross flex tester. The shoe flex tester provides results, which are associated to the real performance of the shoe in total.   MYQ Shoe Flex Tester simulates the outcomes of actual walking on the shoe. The specimen of test is held strongly at the toe part using an appropriate toe last and clamp, while the heel part has an individual last on which the shoe is strongly tied as in real use.   Upper-end of the last has an effective system to connect a suitable link mechanism. On a rotating block the mechanism is connected to an eccentric pin so as to provide the link, a to-and-fro movement. Both the length of the link and the eccentricity of the pin in the block are adjustable to offer different angles of deflection of the shoe, with respect to toe's flat portion.   There is a rotating block movement by means of two stage V belt, a motor and pulley arrangement. A digital counter provided with memory backup to record total number of test cycles, and key reset. This standard tester is effectively designed to test one pair of shoes at a time. Also the special models capable of testing two / four / six pairs of shoes are available.

• Flex Frequency: 45 cpm
• Tensile & Pressing Force: 300 N
• Torque: 2 Nm
• Specimen Thickness: ≤2.5mm (Sample clamps are needed for other thickness specimen)
• Flex Angle: 440o / 400o
• Horizontal Stroke: 155 mm / 80 mm
• Number of Stations: 4
• Number of Specimens: 1 ∼ 4
• Specimen Size: 280 mm x 200 mm
• Instrument Dimension: 760 mm (L) x 410mm (W) x 650mm (H)
• Power Supply: 220VAC±10% 50Hz / 120VAC±10% 60Hz
• Net Weight: 85 kg

Digitial Sole Adhesion Tester -Digital Sole Adhesion Tester is used to test the strength of adhesion of a sole to its upper is determined by measuring the force needed to pull off the sole from the upper. A suitable last is placed inside the shoe, which is then placed on a straight edge acting as a fulcrum for applying load on the joint of the sole and upper. The maximum load the sole can withstand before coming off is determined and reported as the sole adhesion strength.

Wrist straps and ESD footwears are the first line of defence against electrostatic charge build up on the human body. They are designed to carry away this charge as soon as it is generated. At the same time the wrist strap/footwear must remain electrically safe for the user. Thus, it is important to test every wrist strap/footwear regularly. In order to protect sensitive electronic components, the maximum wrist strap resistance should not be more than 10 meg ohms and footwear resistance should not be more than 35 Mega ohms. On the other hand, the resistance should not be less than 0.75 Mohm as protection to the wearer from dangerous levels of voltage and current flow.  The wrist strap and the footwear tester checks these parameters under actual operating conditions with the strap on the wrist or footwear to the foot. It clearly indicates whether or not the wrist strap/footwear system is safe to use.ALSO AVAILABLE WITH FOOTWEAR RANGE UPTO 100M OHMS

The strength of adhesion of a sole to its upper is determined by measuring the force needed to pull off the sole from the upper. A suitable last is placed inside the shoe, which is then placed on a straight edge acting as a fulcrum for applying load on the joint of the sole and upper. The maximum load the sole can withstand before coming off is determined and reported as the sole adhesion strength. This test can be carried out either at the heel or at the toe of the shoe.

• Phase: Single Phase
• Brand Name: Asia Vision
• Voltage: 230 V AC
• Material: MS or SS

• Power: 220 /110 V 50/60 Hz 110W
• Weight: 25 Kg
• Brand Name: Apple Electroniks
• Country of Origin: Made in India
• Dimensions: 240x180x480 mm (LxWxH)
• Item Code: LCT

• Country of Origin: Made in India
• Application: Laboratory
• Brand Name: Asian
• Model Name/Number: AteSoleAdhAna
• Material: MS
• Length of Contact Arc: 22 mm
• Display Type: Analog
• Curvatures of Toe Pieces: 25, 30, 35, 40 and 45 mm
• Load Range: 0 to 125 kg X 500 gm
• Lever Ratio: 1:5

• Driven Type: Electric
• Color: Brown, Light White
• Power: 1-3kw
• Application: Testing Use
• Voltage: 220V
• Weight: 150-200kg
• Warranty: 1year
• Country of Origin: India

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