Facilities
Infrastructure
We possess a well constructed manufacturing unit that is spread in a wide area. Backed by our State-of-art, machinery, in-house R&D department & efficient personnel, we have attained global recognition. Our sturdy infrastructural base has various advanced machines and sophisticated technology. The different machines in our unit are:
Well Established Manufacturing Base
Make Plus One, Belgaum. 12×24
Total 2000sqft.
Separate Dies-Tool room
Solid Work (License copy) For mould making design
TotalNo.s:04 Capacity
Fully automatic
Top as well as bottom Ejection with in-built insertion
For components Buffing Motor-1/2 Hp-2nos
Trained manpower to handle various products.
Special Tools for finishing.
Separate inspection room.
Vernier Caliper Micrometer: 03.
Sp. Vernier for soft articles. : 01.
Tensile Tester. : 01.
Indus. Oven. : 01.
Fairness. 01.
Hardness Tester. :SH- A
OPTICAL LENSE. : 1NO.S
Dies / Mould (Tooling)
Using the latest CAD/CAM software Solid-Works 2015-16 our technicians design and develop innovative products, meeting stringent specifications as per customer requirements. The management is pledged to provide the best available facilities, technologies & instruments available to Dept & this has been a major driving force behind our success story. Laxmi Polymer has been working closely with OEM for developing new products for various automotive requirements. Also We Equipped with latest CNC machineries, our die making capability is one of the best. Innovative design, best machineries and craftsmanship work in harmony to achieve perfection in tool making.
Our various tests Procedures
Tensile Strength
Measures material tension strength
Elongation At Break
Assesses material stretch capacity
Hardness
The Shore A scale is used for ‘softer’ rubbers.
Compression Set Resistance
Measures recovery after compression
Heat Aging Test
Assesses changes after high temperatures
Change In Hardness
Determines variations in material hardness
Change In Tensile Strength
Measures alterations in material strength
Change In Elongation At Break
Evaluates changes in material stretchability
Tear Strength
Measures resistance to tearing forces
Specific Gravity
Determines material density compared to water
Cure Rate Abrasion Resistance
Evaluates post-curing wear resistance
Rebound
Measures material’s shape recovery after deformation
Resilience
Determines material’s energy absorption and return to shape
Ash Content
Measures inorganic residue after high-temperature burning
Swelling Test
Assesses material dimensional changes upon substance exposure