History of Lapping Machine

Lapping is the process of rubbing two surfaces together with a #lappingmedium (Lapping fluid and Lapping Grit) between them.

Stone age man (fig-1) used the process of lapping in preparing their tool and implements to the extent that they drilled holes in a work piece by rotating sticks on it sand strewn surface.

A sketch as shown above (fig-2) from the German Museum in Munich, which has illustrated a probable early “Lapping Machine”

Finding it difficult to machine hard to hold, non-cylindrical components?

GMT Special Workholding :

GMT offers #workholding solutions to meet your machining requirement. GMT makes custom built chucking system for special applications. These specially designed Power Operated Chucks have gained the trust of GMT customers due to GMT’s high technical standards.With modern #manufacturing facilities, GMT is able to meet & deliver special workholding for special applications.#gmtchucks

GMT CAST IRON BENCH CENTRE - LIGHT DUTY CCC

LIGHT DUTY C C C WITH RECTANGLE HEAVY DUTY BASE

The bench centre base is made of close grained Cast Iron, heavily ribbed and stress relieved. The checking centres consist of head stock and tail stock. Head stock spindle is made up of Nickel-Chromium Steel, case hardened and ground. Bench Centres are made up of tool steel and ground.

 

Contact us for information
Guindy Machine Tools Limited
214, Old no.196,
Velachery Tambaram Main Road,
Pallikkaranai,
Chennai 600100
Tamil Nadu, India

Ph-+918754483577
E-Mail: esales@gmt.co.in     

Wish you a Happy New Year

Berg Clamping systems Tool Clamping - SSKV

Application
Berg SSKV gripper are primarily designed for drawing in and ejecting steep taper tooling provided with retention knobs internationally standardized as per DIN, ANSI, MAS, JIS and ISO which allow fast automatic tool changes. Actuation is mechanical, hydraulic, electro-mechanical
or pneumatic.

Design features
SSKV clamping sets have six collets held by an annular spring which allows a rocking movement for clamping the steep taper tools. During clamping the taper of the centrally positioned drawbolt increases the actuation force, thereby generating a much higher clamping force at the collets. The special tribolic coating guarantees the highest possible
constant clamping force. The clamping set is maintenance free. A locking bolt permits infinitely variable positioning and fixation of the clamping set in the Z axis. No special tools are required for assembly and disassembly.
#workholding

CMM training programme at Chennai

CMM TRAINING PROGRAMME
GMT  training programme that is tailor made for your company. Our experienced instructor will use latest equipment and software to show what your CMM can and cannot do. We offer to train you with your own parts, drawings and inspection tooling to see how usage of CMM can be optimisied. 

TARGET AUDIENCE
Inspection personnel, Engineering personnel, Production personnel who would like to enter into the field of dimensional measurement and CMM programming. Open to companies and and individuals.
Prerequisites: Basic knowledge in the following areas:
Knowledge of Print Reading of drawings with tolerances
Knowledge of Geometric Dimensioning & Tolerancing
Knowledge of Basic Dimensional Measurement Tools
Basic knowledge of PC and Windows
So if you're looking to train your personnel for a refresher/training course on operation of coordinate measuring machine email us at esales@gmt.co.in with complete details of your company and existing CMM.

Pull studs AZB

Application
Pull studs are designed for screwing into steep taper tool shanks, workpiece holders and pallets. In conjunction with SSK grippers they are intended for drawing in and ejecting the above mentioned machine elements. Design features AZB pull studs correspond to the values prescribed in the DIN, ANSI, ISO, MAS and JIS standards with regards to their dimensions, surface quality, hardness and strength values. Abbreviation FS max kN Clamping force Ordering example AZB 40 DIN Delivery scope Pull studs as per data sheet Comments Special designs are available for machine specific applications. #workholding
Pull studs
Technical data
Type d1 -0,1 d2 -0,1 d3 -0,2 d4 g6 d5 d6 +0,1 l1 l2 ±0,1 l3 ±0,1 l4 l5 S -0,1 FS max kN AZB 30/1 DIN 13 9 17 13 M 12 - 44 24 19 15 4 14 10 AZB 40 DIN 19 14 23 17 M 16 7,0 54 26 20 21 4 19 18 AZB 45 DIN 23 17 30 21 M 20 9,5 65 30 23 27 5 24 25 AZB 50 DIN 28 21 36 36 M 24 11,5 74 34 25 30 5 30 35 AZB 60/1 DIN 40 30 52 52 M 30 14,0 90 40 30 37 6 46 70
For modifications all rights reserved
Pull studs
Technical data
Type d1 0 -0,3 d2 0 -0,3 d3 d4 h6 d5 d6 l1 l2 0 -0,3 l3 0 -0,3 l4 l5 0 -0,5 l7 0 -0,5 S FS max kN AZB 30 ISO-B 13,35 9,30 17,0 - 0,5 13 M 12 4,00 34,0 11,80 8,15 17,20 2,75 1,25 14 - 0,27 10 AZB 40 ISO-B 18,95 12,95 22,5 - 1,0 17 M 16 7,35 44,5 16,40 11,15 21,10 3,25 1,75 18 - 0,33 18 AZB 45 ISO-B 24,05 16,30 30,0 - 1,0 21 M 20 9,25 56,0 20,95 14,85 27,05 4,25 2,25 24 - 0,39 25 AZB 50 ISO-B 29,10 19,60 37,0 - 1,0 25 M 24 11,55 65,5 25,55 17,95 29,95 5,25 2,75 30 - 0,65 35 AZB 60/1 ISO-B 37,25 24,95 50,0 - 2,0 32 M 30 14,00 88,0 38,15 27,65 37,00 7,75 3,75 36 - 0,75 70
Pull studs
Technical data
Type α ± 15' d1 -0,1 d2 -0,1 d3 -0,2 d4 h7 d5 l1 l2 -0,1 l3 -0,1 l4 l5 -0,1 l6 l7 R S -0,35 FSmax KN AZB P30T-I 45° 11 7,0 16,5 12,5 M 12 43 23 18,0 16 5 3,5 2,5 2 13 10 AZB P30T-II 30° 11 7,0 16,5 12,5 M 12 43 23 18,0 16 5 3,5 2,5 2 13 10 AZB P35T-I 45° 13 8,5 20,0 12,5 M 12 48 28 22,5 16 5 3,5 2,5 2 17 12 AZB P35T-II 30° 13 8,5 20,0 12,5 M 12 48 28 22,5 16 5 3,5 2,5 2 17 12 AZB P40T-I 45° 15 10,0 23,0 17,0 M 16 60 35 28,0 20 6 4,0 4,0 3 19 18 AZB P40T-II 30° 15 10,0 23,0 17,0 M 16 60 35 28,0 20 6 4,0 4,0 3 19 18 AZB P45T-I 45° 19 14,0 31,0 21,0 M 20 70 40 31,0 24 8 6,0 5,0 4 24 25 AZB P45T-II 30° 19 14,0 31,0 21,0 M 20 70 40 31,0 24 8 6,0 5,0 4 24 25 AZB P50T-I 45° 23 17,0 38,0 25,0 M 24 85 45 35,0 32 10 8,0 5,0 5 30 35 AZB P50T-II 30° 23 17,0 38,0 25,0 M 24 85 45 35,0 32 10 8,0 5,0 5 30 35 AZB P55T-I 45° 32 24,0 48,0 31,0 M 30 115 65 53,0 40 14 11,0 7,0 5 41 50 AZB P55T-II 30° 32 24,0 48,0 31,0 M 30 115 65 53,0 40 14 11,0 7,0 5 41 50 AZB P60T-I 45° 32 24,0 56,0 31,0 M 30 115 65 53,0 40 14 11,0 7,0 5 46 50 AZB P60T-II 30° 32 24,0 56,0 31,0 M 30 115 65 53,0 40 14 11,0 7,0 5 46 50
Type d1 -0,1 d2 -0,1 d3 -0,2 d4 h7 d5 d6 l1 l2 -0,1 l3 -0,1 l4 l5 -0,1 l6 l7 R S -0,35 FS max kN AZB 30JIS 12 8 16,5 12,5 M 12 4,0 43 23,4 18,4 15,6 5 2 3,5 2 13 10 AZB 35JIS 15 11 20,0 12,5 M 12 5,0 44 24,0 19,0 16,0 5 2 3,5 2 17 12 AZB 40JIS 19 14 23,0 17,0 M 16 7,0 54 29,0 23,0 20,0 7 3 5,0 3 19 18 AZB 45JIS 23 17 31,0 21,0 M 20 8,5 60 30,0 23,0 24,0 7 4 5,0 4 24 25 AZB 50JIS 28 21 38,0 25,0 M 24 10,0 74 34,0 25,0 32,0 7 5 5,0 5 30 35 AZB 55JIS 36 27 48,0 31,0 M 30 12,0 98 48,0 36,0 40,0 11 5 8,0 5 41 70 AZB 60JIS 36 27 48,0 31,0 M 30 12,0 98 48,0 36,0 40,0 11 5 8,0 5 41 70
Type α d1 -0,1 d2 -0,1 d3 -0,2 d4 -0,025 d5 l1 l2 -0,1 l3 -0,1 l4 l5 l6 R S -0,1 FS max kN AZB 10JBS-I 15° 6,0 4 8,5 5,5 M 5 20 10,5 7,5 7,5 2,0 1,7 1,0 7 1,2 AZB 10JBS-II 0° 6,0 4 8,5 5,5 M 5 20 10,5 7,5 7,5 2,0 1,7 1,0 7 1,2 AZB 15JBS-I 45° 7,0 5 10,0 7,0 M 6 23 12,0 8,5 9,0 3,0 2,0 1,2 9 1,7 AZB 15JBS-II 0° 7,0 5 10,0 7,0 M 6 23 12,0 8,5 9,0 3,0 2,0 1,2 9 1,7 AZB 20JBS-I 45° 8,5 6 11,0 7,0 M 6 25 14,0 10,0 9,0 3,5 2,2 1,2 9 3,0 AZB 20JBS-II 0° 8,5 6 11,0 7,0 M 6 25 14,0 10,0 9,0 3,5 2,2 1,2 9 3,0 AZB 25JBS-I 45° 10,0 7 12,0 9,0 M 8 28 16,0 11,5 10,0 3,5 2,2 1,6 10 3,0 AZB 25JBS-II 0° 10,0 7 12,0 9,0 M 8 28 16,0 11,5 10,0 3,5 2,2 1,6 10 3,0