World's Largest Supplier of Technical Systems for CVD Cutting and HPHT Diamond Processing
Lab Plus is equipped with the advanced laser which allows producing flat cuts (without taper) while coring of rough CVD diamond. This results in obtaining smooth shape with no or less wastage of material.
With Lab Plus’s software guided precision laser beam, it produces an excellent or even surface finished during the coring process. This benefits in saving of time and edging process is eliminated.
With these systems, coring of the CVD diamond could be obtained in the desired shape like round, square, rectangle and more with flawless quality.
With the use of fiber laser technology, the output provided by the system is excellent and the system requires less maintenance.
These processing systems are equipped with advanced technologies to reduce human intervention for quality purpose.
The machine is integrated with in-house developed intuitive smart software. This software guides the laser beam to process CVD diamond without breaking it.
Table sawing is the first step towards manufacturing of CVD diamonds. In this process, the rough diamond is structured parallel in order to provide the flat structure of the diamond. (The table is the facet at the very top of the diamond, giving it a flat surface.)
Facets at the top part of the diamond are called crown. The process of giving the crown shape to the diamond is called crowning. Ex: Emerald, Princess, Heart
Bruting is the process of cutting the round shape in the diamond after the crown structure given to the diamond. It is the process of ensuring the roundness and smoothness given to the diamond.
The ultimate shaping of diamond making completes the cone shaped lower part of the diamond with negligible weight loss, optimum breakage and minimum maintenance costs.
Coring is the process of removing the tough central part of a rough CVD diamond. This process is done to obtain a fine structure of the CVD which can be processed further to make the diamonds. The process, when done with the help of lasers, is termed as Laser CVD Coring.
MoreLab Plus is equipped with the advanced laser which allows producing flat cuts (without taper) while coring of rough CVD diamond. This results in obtaining smooth shape with no or less wastage of material.
With Lab Plus’s software guided precision laser beam, it produces an excellent or even surface finished during the coring process. This benefits in saving of time and edging process is eliminated.
With these systems, coring of the CVD diamond could be obtained in the desired shape like round, square, rectangle and more with flawless quality.
Slicing is the next step towards shaping the CVD diamonds after the process of Coring. In this process, the larger rough section obtained through coring is divided into smaller and thinner slices. The slices obtained through SLTL’s Laser Systems are seamless.
SLTL Group’s Laser Systems operates with seamless hardware and software integration to carry this critical operation with delicacy and gain break free slicing.
Read MoreWith the use of fiber laser technology, the output provided by the system is excellent and the system requires less maintenance.
These processing systems are equipped with advanced technologies to reduce human intervention for quality purpose.
The machine is integrated with in-house developed intuitive smart software. This software guides the laser beam to process CVD diamond without breaking it.
Advanced Diamond processing for doing operations like Table sawing, Crowning, Bruiting and Cone Blocking, with high accuracy and speed at a marginal time without any human intervention with one time fixing of the CVD diamond.
These systems carry complex operations on CVD or Lab Grown Diamond swiftly by eliminating adjusting time of CVD diamond for carrying multiple operations. It is a single setup mechanism for 4P processing to receive the desire shape of diamond.
MoreTable sawing is the first step towards manufacturing of CVD diamonds. In this process, the rough diamond is structured parallel in order to provide the flat structure of the diamond. (The table is the facet at the very top of the diamond, giving it a flat surface.)
Facets at the top part of the diamond are called crown. The process of giving the crown shape to the diamond is called crowning. Ex: Emerald, Princess, Heart
Bruting is the process of cutting the round shape in the diamond after the crown structure given to the diamond. It is the process of ensuring the roundness and smoothness given to the diamond.
The ultimate shaping of diamond making completes the cone shaped lower part of the diamond with negligible weight loss, optimum breakage and minimum maintenance costs.
Eons ago, when humans were unknown about the precious treasures which were developing beneath the surface of the Earth. Bit by bit the carbon from all the dead life forms melted and compressed into durable substances. The million years of transformation beneath the Earth resulted in the most glorious and magnificent gems ever found.
The terms ‘Lab-grown’, ‘CVD’ or ‘Synthetic’ Diamonds have rung over our ears for quite some time now. We know that technology is prevailing new methods and techniques to replicate the natural process of diamond making to controlled environment in the lab. The question next is how are diamonds manufactured in lab and how it is done?
Diamond processing is the practice of changing a diamond from a rough stone into a faceted gem. Cutting diamond requires specialized knowledge, tools, equipment, and techniques because of its extreme difficulty.
To the non-professional, an unpolished rough diamond appears to be very much like a dull piece of glass.
