Diamond Color Enhancement HPHT Cubic Press Machine

Short Description:

Innovative processing technology eliminates the need for repetitive machine start-ups and shutdowns, preventing inaccuracies caused by repeated positioning. The alignment of the six cylinders is within 0.1mm, significantly surpassing the national standard of 0.4mm. The beam’s verticality, parallelism, and symmetry are all at 0.05mm, while the national standard does not exceed 0.3mm.

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Advanced Tech

The smoothness is rated at 1.6, far exceeding the national standard range of 3.2-6.3. The processing efficiency of the 5-axis machining center is threefold higher compared to that of the soil boring machine. Moreover, the processing accuracy is more than ten times superior to that of the soil boring machine. Additionally, it facilitates easier assembly and reduces the prerequisites for tooling technicians. The high-precision processing equipment maintains stable operation and consumes anvils at a minimal rate. The equipment's service life is 30% longer compared to the same industry, resulting in approximately 50% savings on diamond production costs. Similarly, equipment of the same type features a larger cavity, a more expansive usable anvils surface, and a 20% higher production capacity than that of industry counterparts. All components of the equipment follow standardized criteria and are interchangeable, thus disrupting the industry and leading the way in establishing industry standards.

HPHT Machine Advantage

Precise processing, accuracy within 5μm, effortless assembly, reliable stability.

Spacious chamber, extensive usable anvil area, elevated design pressure, impressive production capacity and commendable quality.

Specialized thermal treatment, equipment malleability, enhanced versatility.

Components of any machine can be exchanged and regulated uniformly.

Equipment's lifespan surpasses rival machines by 50%.

Machine Model

No	Item	Casting							Forging
No	Item	BZ650	BZ700	BZ750	BZ800	BZ850	BZ900	BZ1050	BD650	BD800	BD850
1	Single Cylinder Thrust（MN)	36.5	42	48.5	55	62	63.6	81.4	37.5	56	63
2	Design pressure(MPa)	120	120	120	130	130	130	130	120	130	130
3	Rated Pressure（MPa)	96	96	96	96	96	96	96	98	98	98
4	Diameter of Cylinder(mm)	650	700	750	800	850	900	1050	650	800	850
5	Maximum Piston Stroke (mm)	100	95	95	100	100	100	110	90	90	90
6	Opening Height（mm）	845	930	970	1010	1000	1000	1080	845	950	980
7	Closing Height（mm）	645	730	770	810	820	820	880	665	770	800
8	Boost Ratio	7.7:1	7.7:1	7.7:1	7.7:1	7.7:1	7.7:1	7.7:1	7.7:1	7.7:1	7.7:1
9	Supercharger Oil Discharge（L）	29	32	34	37	40	43	52	29	37	40
10	Electric Heating Power （KVA）	60	60	60	70	80	80	100	60	70	80
11	Total Motor Power （KW）	30	30	30	40	40	40	50	30.5	40	40
12	Overall dimension (LxWxH) （mm)	2660x2660x3260	2830×2830×3430	2940×2940×3500	2990x2990x3590	3080x3080x3680	3140×3140×3740	3430x3430x4060	264026403240	293029303530	302030203620
13	Total weight（t）	54.5	67	73	81.5	92	98	120	58.3	75	86
14	Application Scope	Type I Material、Superfine Material、PCD,CBN	Type I Material、Superfine Material、PCD,CBN	Type I Material、Superfine Material、PCD,CBN	Diamond、Big Monomorph、Big PCBN、PCD	Diamond、Big Monomorph、Big PCBN、PCD	Diamond、Big Monomorph、Big PCBN、PCD	Diamond、Big Monomorph、Big PCBN、PCD	Diamond、Big Monomorph、Big PCBN、PCD	Diamond、Big Monomorph、Big PCBN、PCD	Diamond、Big Monomorph、Big PCBN、PCD

Core Technology

Force diagram of six-axis multi-anvil press

six-axis multi-anvil press anvil

Cracking accident during the synthesis process of six-axis multi-anvil

Coincidence point of the compacted carbide upper tool: the location of the force center of the compacted carbide upper tool is not directly related to the center position of the hinge beam structure and only coincides as much as possible with the center point of the hinge beam structure. There are six force centers of the compacted carbide anvil at a single point.The precision of the hinged beam processing and the uniformity of the processing precision of multiple hinged beams: guarantee the accuracy of the hinged beam under normal conditions of temperature and pressure adjustment, and ensure that the deformation of each hinged beam remains uniform when exposed to the combined influences of high temperature and high pressure.