Industrial park map for Spokane Idustries (Precision Castings)Tour
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Spokane Industries provides factory tours of their Location #2 facility. Visitors will see the various manufacturing processes used to produce a wide range of products. The tour lasts approximately one hour and provides insight into Spokane's operations and commitment to quality.
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ALVEOLAR BONE-Dr.Mary Joseph.pptx
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The document discusses aging changes that occur in the periodontium. Key points:
- With aging, the gingival epithelium thickens due to acanthosis. Connective tissue ridges become more prevalent in young individuals while papillae predominate in old individuals.
- The periodontal ligament has greater elastic fibers, decreased vascularity and cellular elements, and altered collagen with aging. Alveolar bone shows increased osteoporosis and irregular surfaces facing the ligament.
- Subgingival plaque in older adults contains more enteric rods and pseudomonads, and increased pathogens like P. gingivalis. Periodontitis is associated with increased risk of conditions like diabetes, coronary
Trauma from occlusion (Including TFO around dental implants)
The document discusses trauma from occlusion (TFO) in the periodontium. It defines TFO as injury to the periodontal tissues when occlusal forces exceed the tissues' adaptive capacity. TFO can be primary, from altered forces on normally supported teeth, or secondary, from normal/excessive forces on teeth with reduced support. The document reviews studies on the role of occlusion in periodontal disease and the stages of tissue response to increased forces. It provides guidance on clinical detection of TFO and treatment considerations like occlusal adjustment or splinting.
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This document provides an overview of resective osseous surgery techniques. It discusses the anatomical forms of bone, osteoplasty and ostectomy procedures, surgical approaches, and techniques. Osteoplasty involves reshaping bone without removing tooth-supporting bone through techniques like grooving and blending. Ostectomy involves removing tooth-supporting bone to eliminate osseous deformities. Specific techniques like horizontal grooving, scribing, and hand instrumentation are described. Post-operative maintenance and expected osseous changes are also summarized.
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Periodontal probes have evolved over time and are now used to measure pocket depths, assess bone and furcation levels, and detect early inflammation. Standard probes are calibrated stainless steel rods but newer versions include computerized probes that can detect the cementoenamel junction and thermal probes that can measure subgingival temperature changes as a marker of inflammation. Proper probing technique involves walking the probe parallel to the tooth and exploring all surfaces and potential pockets to determine the deepest level of penetration.
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Porphyromonas gingivalis is a gram-negative, anaerobic bacteria implicated in periodontitis. It is a late colonizer that survives and proliferates in the subgingival biofilm through invasion of host cells and evasion of the immune system. P. gingivalis functions as a keystone pathogen in the polymicrobial synergy and dysbiosis model of periodontal disease, where it can elevate the virulence of the entire microbial community and impair host immune responses, leading to tissue destruction. Targeting the pathogenic microbial community as a whole, rather than P. gingivalis alone, may be a more effective therapeutic strategy for treating periodontitis.
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Bone is a dynamic tissue that provides structure, movement and protection. It is made up of compact cortical bone and spongy cancellous bone. Bone is composed of an organic collagen matrix and inorganic hydroxyapatite crystals. It undergoes constant remodeling by bone cells including osteoblasts, osteocytes and osteoclasts. The alveolar bone surrounds the teeth and is made up of the alveolar bone proper, supporting bone and basal bone. It adapts to tooth development and is resorbed after tooth loss. Bone remodeling occurs through basic multicellular units and is regulated by systemic and local factors. Disease can disrupt the balance of bone formation and resorption leading to alveolar bone loss.
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1. It describes the history and development of dental implants beginning with Brånemark's pioneering work in osseointegration in the 1950s and 1960s.
2. It classifies and describes different types of dental implants based on their placement, materials used, and treatment options provided, including root form, blade, cylindrical, screw-shaped, and subperiosteal implants.
3. It discusses the biological aspects and design considerations of dental implants, focusing on macrodesign including implant geometry, and microdesign including surface characteristics and modifications that enhance bone apposition.
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Introduction
Landmarks in periodontal classification
Need for classification
Classification 1989 – with limitation
Classification 1993 – with limitation
Classification 1999 – changes made from 1989 classification and its limitation
Consensus report 2017classification
Classification 2017
Key features in 2017 classification
Gingival and periodontal health – induced and reduced periodontium
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Gingivitis – non biofilm induced
Conclusion
References
Approaches to ridge augmentation
“Program on Ridge Split and Ridge Augmentation for Implant Placement”- Two lectures on “Concepts of Ridge Augmentation” and “Novel and Simpler Approaches to Ridge Augmentation”. Event organized by the Dental Experts and held at Paneenya Mahavidyalaya Institute of Dental Sciences, Hyderabad, India on 18/11/2016.
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Basic to recent advances in local drug delivery also covering the effects of GCF flow on local drugs as well as use of local drugs used in periimplantitis.
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This document discusses trauma from occlusion (TFO). It begins by defining TFO as pathologic alterations or adaptive changes that develop in the periodontium as a result of undue force from chewing muscles. It describes primary TFO resulting from sudden impacts and secondary TFO from gradual changes that occur with reduced bone support. Clinical features include tooth pain and mobility. Radiographic features include widened ligament space and buttressing bone. Treatment focuses on reducing tooth mobility, eliminating prematurities, and using splints. While TFO alone may increase mobility, inflammation is required for attachment loss.
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CONTENETS
INTRODUCTION.
DEFINITION
TYPES OF WOUND.
PROCESS OF WOUND HEALING.
TYPES OF HEALING WOUNDS
PHASES OF WOUND HEALING
COMPLICATIONS OF WOUND HEALINGS.
FACTORS EFFECTING WOUND HEALING.
ROLE OF SALIVA AND GCF IN ORAL WOUND HEALING
CLINICAL REQUIREMENTS FOR EFFECTIVE HEALING AFTER PERIODONTAL SURGERY
HISTOLOGIC PATTERNS OF WOUND HEALING
HEALING FOLLOWING SCALING & ROOT PLANING
HEALING FOLLOWING CURETTAGE.
HEALING FOLLOWING GINGIVIECTOMY,FRENECTOMY,DEPIGMENTATION.
HEALING FOLLOWING FLAP SURGERY (FULL & PARTIAL THICKNESS).
HEALING FOLLOWING APICALLY REPOSTIONED FLAP.
HEALING FOLLOWING MODIFIED WIDMAN FLAP.
HEALING FOLLOWING FREE GINGIVAL GRAFT.
HEALING FOLLOWING PEDICLE SOFT TISSUE GRAFT.
HEALING FOLLOWING GTR PROCEDURES.
HEALING FOLLOWING REGENERATIVE AND RESECTIVE OSSEOUS SURGERY.
HEALING FOLLOWING SOCKET PRESERVATION.
HEALING FOLLOWING WILCKODONTICS.
HEALING FOLLOWING IMPLANT PLACEMENT.
HEALING FOLLOWING IMMEDIATE IMPLANT PLACEMENT.
HEALING AFTER ELECTRO CAUTERY.
HEALING AFTER LASER.
HEALING AFTER PIEZO SURGERY.
POTENTIAL ROLE OF FACTORS IN PERIODONTAL WOUND HEALING
INVITRO MODELS FOR EVALUATION OF PERIODONTAL WOUND HEALING
EVALUATION OF HEALING
HEALING INDEX.
APPLIED CLINICAL ASPECTS AND RECENT ADVANCES TO ENHANCE WOUND HEALING
CONCLUSION.
REFERNCES.
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This document discusses various systemic conditions and disorders that can influence periodontal disease, including:
1. Hematologic disorders like red blood cell disorders (such as sickle cell anemia), platelet disorders, and white blood cell disorders (such as leukemia) which can cause bleeding, infection, and gingival enlargement.
2. Systemic drug therapy that can cause gingival enlargement as a side effect, such as from anticonvulsants, immunosuppressants, and calcium channel blockers.
3. Psychosomatic disorders like stress, which may exacerbate periodontal disease through its effects on the immune system and increased production of pro-inflammatory mediators.
Aggregatibacter actinomycetemcomitans
This document provides information on the taxonomy, morphology, biochemical properties, and serotyping of Aggregatibacter actinomycetemcomitans. Some key points:
1. A. actinomycetemcomitans is a gram-negative coccobacillus implicated as a major periodontal pathogen. It has undergone several taxonomic reclassifications.
2. It exhibits colonial variation and fimbriation associated with adhesion. It produces vesicles and extracellular matrix material containing virulence factors.
3. Biochemically, it is capnophilic and ferments sugars but not sucrose or lactose. Strains can be biotyped and grouped based on fermentation patterns.
Trauma from occlusion
When occlusal forces exceed the adaptive capacity of the tissues, tissue injury results. The resultant injury is termed as trauma from occlusion.
TFO refers to tissue injury, not the occlusal force. An occlusion that produces such injury is termed as traumatic occlusion.
Periodontal regeneration current concepts
This document discusses periodontal regeneration and repair. It defines regeneration as the replacement of damaged tissues with new tissues that restore the original structure and function, while repair involves the reattachment of existing fibers and is inferior. True regeneration requires the formation of a new epithelial seal, connective tissue fibers inserted into the root, and new cementum and alveolar bone. However, complete regeneration may be difficult to achieve due to the complexity of biological factors involved. New approaches utilize scaffolds, growth factors, stem cells, and tissue engineering to help guide and stimulate regeneration. The future of regeneration may rely on combining technologies and biological concepts to attract cells needed for full regeneration.
Forensic prosthodontics
This journal club presentation discusses the contribution of prosthodontics to the field of forensic odentology. It summarizes various methods used by prosthodontists to identify unknown remains or bite marks, including engraving dental records onto prosthetics using techniques like laser etching, microchips, or barcodes. It also examines how prosthodontists can aid in determining factors like age, gender, through analysis of dental structures and radiographs. Studies on identifying individuals through palatal rugae patterns, lip prints, and bite mark analysis are also reviewed.
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Tissue engineering aims to recreate healthy tissues to replace diseased or damaged ones. There are three basic steps: obtaining cells, putting them on a scaffold to incubate, and implanting the new tissue. Sources for periodontal tissue engineering include dental pulp stem cells, periodontal ligament stem cells, and dental follicle stem cells. Signaling molecules like growth factors are incorporated into scaffolds to facilitate their sustained release and support cell proliferation and differentiation. Scaffolds provide a structure for cell adhesion, migration, and production of extracellular matrix. Recent advances include antimicrobial and bioactive membranes, electrospun membranes, and platelet-rich fibrin membranes. Tissue engineering opens new possibilities for periodontal regeneration and restoration of oral function.
"DEFENSE MECHANISM OF PERIODONTIUM" .
The document discusses the defense mechanisms of the periodontium. It describes the innate and adaptive defense systems. The innate system includes bacterial balance, surface integrity, surface fluids like GCF and saliva, phagocytosis, and the inflammatory response. The adaptive system involves cell-mediated and humoral immunity. Key components that provide protection include the junctional epithelium barrier, antimicrobial peptides and cytokines in GCF, lysozymes and antibodies in saliva, and phagocytic cells like neutrophils and macrophages. Together, these multilayered defenses effectively counter the bacterial challenges in the oral cavity.
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Periodontal probes have evolved over time and are now used to measure pocket depths, assess bone and furcation levels, and detect early inflammation. Standard probes are calibrated stainless steel rods but newer versions include computerized probes that can detect the cementoenamel junction and thermal probes that can measure subgingival temperature changes as a marker of inflammation. Proper probing technique involves walking the probe parallel to the tooth and exploring all surfaces and potential pockets to determine the deepest level of penetration.
P.gingivalis seminar
Porphyromonas gingivalis is a gram-negative, anaerobic bacteria implicated in periodontitis. It is a late colonizer that survives and proliferates in the subgingival biofilm through invasion of host cells and evasion of the immune system. P. gingivalis functions as a keystone pathogen in the polymicrobial synergy and dysbiosis model of periodontal disease, where it can elevate the virulence of the entire microbial community and impair host immune responses, leading to tissue destruction. Targeting the pathogenic microbial community as a whole, rather than P. gingivalis alone, may be a more effective therapeutic strategy for treating periodontitis.
Alveolar bone
Bone is a dynamic tissue that provides structure, movement and protection. It is made up of compact cortical bone and spongy cancellous bone. Bone is composed of an organic collagen matrix and inorganic hydroxyapatite crystals. It undergoes constant remodeling by bone cells including osteoblasts, osteocytes and osteoclasts. The alveolar bone surrounds the teeth and is made up of the alveolar bone proper, supporting bone and basal bone. It adapts to tooth development and is resorbed after tooth loss. Bone remodeling occurs through basic multicellular units and is regulated by systemic and local factors. Disease can disrupt the balance of bone formation and resorption leading to alveolar bone loss.
Host modulation therapy
This document provides an overview of host modulation therapy for periodontal diseases. It discusses the pathogenesis of periodontal diseases and the balance between pro-and anti-inflammatory mediators in health and disease. It defines key terms and outlines the historical background of host modulation therapy. The document then classifies and describes various approaches to host modulation therapy, including modulation of the immune response targeting cytokines, modulation of matrix metalloproteinases, and use of chemically modified tetracyclines and bisphosphonates to modulate bone remodeling and inflammatory pathways.
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Evidence based practice is Integration of best research evidence with clinical expertise and patient values.
Advantages: QUALITY OF CLINICAL PRACTICE IMPROVES BY INCORPORATING LATEST EFFECTIVE CLINICAL TECHNIQUES INTO PATIENT CARE.
Dental practitioner should try to adopt quality evidences in dental practice, accept evidence based new practices and letting go existing theories.
Evidence collected should be combined with clinical experience and patient preferences. Positive environment with advancement in science can help facilitate evidence based change in future.
Bone loss
The document discusses bone loss patterns in periodontal disease. It notes that the balance between bone formation and resorption maintains bone height and density under normal conditions. The most common cause of bone destruction in periodontal disease is the extension of gingival inflammation into the supporting bone and tissues. This can lead to horizontal bone loss when inflammation travels along the bone crest or vertical bone loss when it travels directly into the periodontal ligament space. Bone destruction patterns include osseous craters in the interdental bone, bulbous bone contours, reversed architecture with loss of interdental bone, and furcation involvement in multi-rooted teeth.
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This document provides an overview of investigations used in dental diagnosis. It begins by defining diagnosis and the role of laboratory investigations. It then classifies investigations based on where they are performed (chairside or laboratory), their specificity/sensitivity, the type of hospital laboratory service used, and frequency of dental use. The remainder of the document discusses various chairside and laboratory investigations in hematology, biochemistry, microbiology, and imaging that are used in dentistry.
Dental Implants- part I and II: Biological and surgical aspects
This document provides an overview of dental implants, including:
1. It describes the history and development of dental implants beginning with Brånemark's pioneering work in osseointegration in the 1950s and 1960s.
2. It classifies and describes different types of dental implants based on their placement, materials used, and treatment options provided, including root form, blade, cylindrical, screw-shaped, and subperiosteal implants.
3. It discusses the biological aspects and design considerations of dental implants, focusing on macrodesign including implant geometry, and microdesign including surface characteristics and modifications that enhance bone apposition.
Classification 2017 part 1
Introduction
Landmarks in periodontal classification
Need for classification
Classification 1989 – with limitation
Classification 1993 – with limitation
Classification 1999 – changes made from 1989 classification and its limitation
Consensus report 2017classification
Classification 2017
Key features in 2017 classification
Gingival and periodontal health – induced and reduced periodontium
Gingivitis – biofilm induced
Gingivitis – non biofilm induced
Conclusion
References
Approaches to ridge augmentation
“Program on Ridge Split and Ridge Augmentation for Implant Placement”- Two lectures on “Concepts of Ridge Augmentation” and “Novel and Simpler Approaches to Ridge Augmentation”. Event organized by the Dental Experts and held at Paneenya Mahavidyalaya Institute of Dental Sciences, Hyderabad, India on 18/11/2016.
Local Drug Delivery
Basic to recent advances in local drug delivery also covering the effects of GCF flow on local drugs as well as use of local drugs used in periimplantitis.
Trauma from occlusion
This document discusses trauma from occlusion (TFO). It begins by defining TFO as pathologic alterations or adaptive changes that develop in the periodontium as a result of undue force from chewing muscles. It describes primary TFO resulting from sudden impacts and secondary TFO from gradual changes that occur with reduced bone support. Clinical features include tooth pain and mobility. Radiographic features include widened ligament space and buttressing bone. Treatment focuses on reducing tooth mobility, eliminating prematurities, and using splints. While TFO alone may increase mobility, inflammation is required for attachment loss.
PERIODONTAL WOUND HEALING [Autosaved].pptx
CONTENETS
INTRODUCTION.
DEFINITION
TYPES OF WOUND.
PROCESS OF WOUND HEALING.
TYPES OF HEALING WOUNDS
PHASES OF WOUND HEALING
COMPLICATIONS OF WOUND HEALINGS.
FACTORS EFFECTING WOUND HEALING.
ROLE OF SALIVA AND GCF IN ORAL WOUND HEALING
CLINICAL REQUIREMENTS FOR EFFECTIVE HEALING AFTER PERIODONTAL SURGERY
HISTOLOGIC PATTERNS OF WOUND HEALING
HEALING FOLLOWING SCALING & ROOT PLANING
HEALING FOLLOWING CURETTAGE.
HEALING FOLLOWING GINGIVIECTOMY,FRENECTOMY,DEPIGMENTATION.
HEALING FOLLOWING FLAP SURGERY (FULL & PARTIAL THICKNESS).
HEALING FOLLOWING APICALLY REPOSTIONED FLAP.
HEALING FOLLOWING MODIFIED WIDMAN FLAP.
HEALING FOLLOWING FREE GINGIVAL GRAFT.
HEALING FOLLOWING PEDICLE SOFT TISSUE GRAFT.
HEALING FOLLOWING GTR PROCEDURES.
HEALING FOLLOWING REGENERATIVE AND RESECTIVE OSSEOUS SURGERY.
HEALING FOLLOWING SOCKET PRESERVATION.
HEALING FOLLOWING WILCKODONTICS.
HEALING FOLLOWING IMPLANT PLACEMENT.
HEALING FOLLOWING IMMEDIATE IMPLANT PLACEMENT.
HEALING AFTER ELECTRO CAUTERY.
HEALING AFTER LASER.
HEALING AFTER PIEZO SURGERY.
POTENTIAL ROLE OF FACTORS IN PERIODONTAL WOUND HEALING
INVITRO MODELS FOR EVALUATION OF PERIODONTAL WOUND HEALING
EVALUATION OF HEALING
HEALING INDEX.
APPLIED CLINICAL ASPECTS AND RECENT ADVANCES TO ENHANCE WOUND HEALING
CONCLUSION.
REFERNCES.
"INFLUENCE OF SYSTEMIC DISEASES (CONDITIONS) ON PERIODONTIUM" -PART-2
This document discusses various systemic conditions and disorders that can influence periodontal disease, including:
1. Hematologic disorders like red blood cell disorders (such as sickle cell anemia), platelet disorders, and white blood cell disorders (such as leukemia) which can cause bleeding, infection, and gingival enlargement.
2. Systemic drug therapy that can cause gingival enlargement as a side effect, such as from anticonvulsants, immunosuppressants, and calcium channel blockers.
3. Psychosomatic disorders like stress, which may exacerbate periodontal disease through its effects on the immune system and increased production of pro-inflammatory mediators.
Aggregatibacter actinomycetemcomitans
This document provides information on the taxonomy, morphology, biochemical properties, and serotyping of Aggregatibacter actinomycetemcomitans. Some key points:
1. A. actinomycetemcomitans is a gram-negative coccobacillus implicated as a major periodontal pathogen. It has undergone several taxonomic reclassifications.
2. It exhibits colonial variation and fimbriation associated with adhesion. It produces vesicles and extracellular matrix material containing virulence factors.
3. Biochemically, it is capnophilic and ferments sugars but not sucrose or lactose. Strains can be biotyped and grouped based on fermentation patterns.
Trauma from occlusion
When occlusal forces exceed the adaptive capacity of the tissues, tissue injury results. The resultant injury is termed as trauma from occlusion.
TFO refers to tissue injury, not the occlusal force. An occlusion that produces such injury is termed as traumatic occlusion.
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This document discusses periodontal regeneration and repair. It defines regeneration as the replacement of damaged tissues with new tissues that restore the original structure and function, while repair involves the reattachment of existing fibers and is inferior. True regeneration requires the formation of a new epithelial seal, connective tissue fibers inserted into the root, and new cementum and alveolar bone. However, complete regeneration may be difficult to achieve due to the complexity of biological factors involved. New approaches utilize scaffolds, growth factors, stem cells, and tissue engineering to help guide and stimulate regeneration. The future of regeneration may rely on combining technologies and biological concepts to attract cells needed for full regeneration.
Forensic prosthodontics
This journal club presentation discusses the contribution of prosthodontics to the field of forensic odentology. It summarizes various methods used by prosthodontists to identify unknown remains or bite marks, including engraving dental records onto prosthetics using techniques like laser etching, microchips, or barcodes. It also examines how prosthodontists can aid in determining factors like age, gender, through analysis of dental structures and radiographs. Studies on identifying individuals through palatal rugae patterns, lip prints, and bite mark analysis are also reviewed.
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Centrifugal Iso-Finishing is a high-speed, high-quality and hands-free method for deburring, smoothing, surface-0finishing, burnishing and polishing of work-pieces and parts. Contact Dave Davidson for additional technical information and assistance with getting your parts sample finished. Contact me at ddavidson@deburring-tech-group.com See also dryfinish.wordpress.com
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Technical article reprint on the high-speed and high-intensity and high-quality Centrifugal iso-Finishing method.. The methods used widely on aerospace, motorsports, automotive, medical, dental, orthodontic and jewelry manufactured parts. For additional information contact Dave Davidson at ddavidson@deburring-tech-group.com. Ask about the free sample part finishing program.
See also the technical blog at https://dryfinish.wordpress.com
Modern machine-shop-apr-18 centrifugal isofinishing crnakshafts
See the technical article on Centrifugal Iso-Finishing on surface finish and it's effect on engine components in the Motorsports Industry terms of performance improvement.
Contact D. A. (Dave) Davidson at ddavidson@deburring-tech-group.com for additional information or help with free sample finishing.
Centrifugal Iso-Finishing Technical article as seen in Products Finishing mag...
Centrifugal iso-finishing is a high-speed mass finishing method that can produce very refined surface finishes on parts in short cycle times. It can be used for deburring, contouring edges, and developing surface finishes that improve part performance, integrity, and lifespan. Centrifugal iso-finishing involves processing parts with abrasives or polishing materials under high surface pressure to truncate peaks and create uniformly compressed stresses in the surface. This improves part wear resistance, fatigue resistance, and ability to withstand repeated stresses compared to surfaces finished by conventional methods.
Iso-Finishing sample part finishing application form
Free sample part processing and quotations for deburring, finishing or polishing of your production parts.
(1) Download the Word document form into your computer.
(2) Complete the form and include a paper copy with your sample parts to being shipped to the Isofinishing address shown on the form
MFI full finishing product catalog with technical assistance info
Mass Finishing Equipment and Supply Catalog includes equipment, finishing media, supplies and accessories. Features Centrifugal Iso-Finishing equipment for high-speed and hands-free deburring, finishing and polishing. For technical assistance and help with arranging for free sample finishing of your parts contact Dave Dagvidson at ddavidson@deburring-tech-group.com
It's the Finish that Counts. Technical Magazine article reprint.
A conventionally produced surface (turned, milled,
ground, EDM) is typically Gaussian in nature, that is,
the peak and valley distribution is pretty much equal
in height. This type of surface can be very unstable and
unpredictable when wear and load bearing are considered. The images in Figure 1 demonstrate this type of
surface.
There are many ways to produce plateaued surfaces.
They are varied in approach but all have the ability to
control the surface peak characteristics separately for
the valley characteristics. Methods that are used to improve surfaces for performance and increased service life include centrifugal barrel finishing, turbo-abrasive machining (aka Turbo-Finish) and isotropic micro-finishing with vibratory finishing equipment. For additional technical information and/or elp with free sample part processing contact Dave Davidson at ddavidson@deburring-tech-group.om
Gear Finishing Technical Intewrview
Modern machine shop interviews Dave Davidson about Gear finishing processes. For additional technical information and assistance with sample part finishing contact Dave Davidson | ddavidson@deburring-tech-group.com # #machining #polishing #finish #cnc #manufacturingengineering #automotiveindustry #finishing #deburring #leanmanufacturing #aerospace #massfinishing #grinding #automotive #leanmaufacturing #gears
BV PRODUCTS - Bowl and Tub Vibratory Finishing Systems
Vibratory finishing machines designed, engineered and built-in Australia that out-perform and out-last vibratory finishing machines costing much more.
Robust design with direct-drive motor and integrated parts/media separation for economical vibratory finishing of metal parts. BV Products has been perfecting its unique all cast polyurethane vibratory finishing machines with direct-drive motion generators for almost 40 years to make them the most innovative and most cost-effective surface finishing solution in the industry. Contact Dave Davidson: ddavidson@deburring-tech-group.com
BV PRODUCTS VIBRATORY FINISHING SYSTEMS FOR DEBURRING AND FINISHING
Vibratory finishing machines designed, engineered and built-in Australia that out-perform and out-last vibratory finishing machines costing much more.
Robust design with direct-drive motor and integrated parts/media separation for economical vibratory finishing of metal parts. BV Products has been perfecting its unique all cast polyurethane vibratory finishing machines with direct-drive motion generators for almost 40 years to make them the most innovative and most cost-effective surface finishing solution in the industry. Contact Dave Davidson: ddavidson@deburring-tech-group.com
BV Products - Vibratory Finishing machinery for deburring and polishing
Vibratory finishing machines designed, engineered and built-in Australia that out-perform and out-last vibratory finishing machines costing much more.
Robust design with direct-drive motor and integrated parts/media separation for economical vibratory finishing of metal parts. BV Products has been perfecting its unique all cast polyurethane vibratory finishing machines with direct-drive motion generators for almost 40 years to make them the most innovative and most cost-effective surface finishing solution in the industry. Contact Dave Davidson: ddavidson@deburring-tech-group.com
BV Products TECHNOVIBE Series
Vibratory finishing machines designed, engineered and built in Australia that out-perform and out-last vibratory finishing machines costing much more. Robust design with direct-drive motor and integrated parts/media separation for economical vibratory finishing of metal parts. BV Products has been perfecting its unique all cast polyurethane vibratory finishing machines with direct-drive motion generators for almost 40 years to make them the most innovative and most cost-effective surface finishing solution in the industry. Contact Dave Davidson: ddavidson@deburring-tech-group.com
Centrifugal Iso-Finishing for Additive Manufactured Parts
Centrifugal Iso-Finishing Technology is used on 3D Printed and conventional CNC precision machined components for deburring, finishing and polishing. It is a high-speed, high-quality hands-free finishing method that produces highly refined surface finishes in a fraction of the time required by other equipment (10 times faster, in many cases) Free sample finishing of your parts is available, contact Dave Davidson at ddavidson@deburring-tech-group.com
Centrifugal iso finishing sample processing
High-Speed, Hands-free deburring, iso-finishing and polishing of manufactured and 3D printed parts. Contact Dave Davidson for free sample finishing, technical assistance and contract deburring and iso-finish polishing at dryfinish@gmail.com | https://dryfinish.wixsite.com/iso-finish https://lnkd.in/gFjetZk
Centrifugal iso finishing contract services
High-Speed, Hands-free deburring, iso-finishing and polishing of manufactured and 3D printed parts. Contact Dave Davidson for free sample finishing, technical assistance and contract deburring and iso-finish polishing at dryfinish@gmail.com | https://dryfinish.wixsite.com/iso-finish https://lnkd.in/gFjetZk
Centrifugal iso-Finishing 3D parts
This document discusses high-speed post-processing of 3D printed parts using centrifugal iso-finishing to speed up workflows and reduce bottlenecks. It invites contacting the sender to arrange running sample parts through their free surface finishing program to see how it improves the process.
Centrifugal iso finishing - part dividers
High-Speed, Hands-free deburring, iso-finishing and polishing of manufactured and 3D printed parts. Contact Dave Davidson for free sample finishing, technical assistance and contract deburring and iso-finish polishing at dryfinish@gmail.com | https://dryfinish.wixsite.com/iso-finish https://lnkd.in/gFjetZk
Final vibratory iso-finishing processes
High-Speed iso-finishing and polishing of manufactured and 3D printed parts. Contact Dave Davidson for free sample finishing, technical assistance and contract deburring and iso-finish polishing at dryfinish@gmail.com | https://dryfinish.wixsite.com/iso-finish https://lnkd.in/gFjetZk
Centrifugal Iso-Finishing Equipment
High-Speed, Hands-free deburring, iso-finishing and polishing of manufactured and 3D printed parts. Contact Dave Davidson for free sample finishing, technical assistance and contract deburring and iso-finish polishing at dryfinish@gmail.com | https://dryfinish.wixsite.com/iso-finish https://lnkd.in/gFjetZk
Centrifugal iso finishing - Equipment description
High-Speed, Hands-free deburring, iso-finishing and polishing of manufactured and 3D printed parts. Contact Dave Davidson for free sample finishing, technical assistance and contract deburring and iso-finish polishing at dryfinish@gmail.com | https://dryfinish.wixsite.com/iso-finish
https://lnkd.in/gFjetZk
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Modern machine-shop-apr-18 centrifugal isofinishing crnakshafts
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Centrifugal Iso-Finishing Technical article as seen in Products Finishing mag...
Centrifugal Iso-Finishing Technical article as seen in Products Finishing mag...
Iso-Finishing sample part finishing application form
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