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XC E-Series Oscillating Saw

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XC E-Series Oscillating Saw
XC Medico Orthopaedic, Trauma & Prosthetics

XC E-Series Oscillating Saw

Brushless Motor Precision — Aseptic Transfer Rings, Toolless Blade Change, CE Certified

The E Series Oscillating Saw is a battery-powered, CE Certified orthopaedic surgical power tool featuring a brushless motor and variable speed from 0 to 18000 cpm for bone cutting in joint arthroplasty, osteotomies, and trauma surgery. Available through Medigear.uk, it includes aseptic battery transfer rings and a quick-lock blade interface, delivering precision cutting performance across extended surgical lists.

Sections
Bone Saws
Categories
Orthopaedic, Trauma & Prosthetics
Origin
China
Seller Type
Certified Professional Seller
CE & ISO Certified
Global Shipping
Supplier: Medigear
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The E Series Oscillating Saw is a variable-speed, battery-powered surgical power tool built around a brushless motor that maintains a consistent cutting frequency across the full 0 to 18000 cpm range, without the brush degradation that limits conventional designs during repeated sterilisation cycles. The brushless motor produces lower noise — at or below 60 dB — and less heat than brushed equivalents. The oscillating blade motion cuts efficiently through cortical and cancellous bone while minimising lateral soft-tissue trauma.

The quick-lock blade attachment allows toolless intraoperative blade changes in seconds, enabling the scrub nurse to switch blade sizes between resection steps without interrupting the operative flow. Five saw blades are included in the standard set. The variable trigger delivers proportional, stepless frequency control from 0 to 18000 cpm, with no stepped speed bands, allowing the surgeon to adjust cutting intensity in real time as bone density and anatomy change throughout the resection sequence.

Power is supplied through a 14.4 V NiMH battery. Two batteries and two aseptic battery transfer rings are included in the standard set, providing both continuous operative availability through back-to-back cases and the sterile transfer protocol needed to bring a charged battery to the handpiece on the scrub nurse's instrument table without compromising sterile field integrity. The charger completes a full charge cycle in approximately two hours.

The handpiece is constructed from stainless steel and is autoclavable at up to 135°C once the battery has been removed. The E Series Oscillating Saw is CE Certified and aligned with ISO 13485 quality management standards. The set includes the handpiece, two batteries, a charger, two aseptic transfer rings, five saw blades, and an aluminium case. Full conformity documentation is available through Medigear.uk.

General orthopaedic theatres performing primary total knee and hip replacement depend on an oscillating saw that delivers fast, controlled bone cuts with minimal thermal damage and a brushless motor that performs consistently through the daily sterilisation cycles of a high-volume arthroplasty programme. The E Series Oscillating Saw, available through Medigear.uk, delivers variable-frequency operation from 0 to 18000 cpm in a brushless-motor design that maintains cutting performance for significantly more autoclave cycles than brushed-motor equivalents, reducing total instrument ownership costs. CE Certification and ISO 13485-aligned documentation support the institutional approval requirements of hospital procurement teams and NHS buying frameworks.

In revision joint arthroplasty, the E Series brushless motor's consistent output under varying bone resistance provides the cutting stability needed when the saw must work through scar tissue, cement mantle, and bone of variable quality around a failed implant. The aseptic battery transfer rings allow the battery to be brought to the operative field in a controlled, sterile manner, enabling rotation of the battery between cases without compromising field integrity. Medigear.uk supplies the E Series as a dual-battery set to prevent operative interruption during extended revision lists.

Orthopaedic trauma teams performing corrective osteotomies and malunion corrections rely on the E Series oscillating saw's toolless quick-lock blade changes to switch between different blade widths and geometries during the same procedure without stopping the operative flow. The low-noise brushless motor reduces the cumulative acoustic burden on theatre teams during long trauma lists with multiple cutting sequences. The complete set from Medigear.uk arrives ready for immediate CSSD processing.

B2B distributors can position the E Series Oscillating Saw as a brushless upgrade option within an orthopaedic arthroplasty power tool catalogue alongside the E Series bone drill, cannulate drill, and acetabular reaming drill. Volume pricing, OEM labelling, and CE and ISO documentation are available through the Medigear.uk procurement team.

Brushless Motor — Long-Life Consistent Cutting Frequency for High-Volume Arthroplasty

The brushless motor of the E Series Oscillating Saw eliminates carbon brush wear, maintaining consistent cutting frequency and power output over a significantly greater number of high-temperature autoclave sterilisation cycles than brushed-motor equivalents. For hospital arthroplasty programmes where the oscillating saw is autoclaved daily, this translates directly to a longer instrument service life and a lower total cost of ownership. The brushless motor has been confirmed as an imported motor in the class associated with the E Series Orthopaedic power tools platform.

Aseptic Battery Transfer Rings — Sterile Battery Protocol Supplied as Standard

Two aseptic battery transfer rings are included in every E Series Oscillating Saw set, providing the sterilisable interface needed to transfer a charged battery from a sterile container to the handpiece on the scrub nurse's instrument table without compromising sterile field integrity at the start of each procedure. This infection control protocol is standard practice for battery-powered surgical instruments in which the battery is non-autoclavable, and the inclusion of two rings in the standard set means both batteries in the set can be managed simultaneously using the aseptic protocol. Medigear.uk supplies the transfer rings as standard set components, not as separately procured accessories.

0 to 18000 cpm Variable Frequency — Proportional Trigger Control for Every Cut Type

The full 0 to 18000 cpm range, delivered through a stepless proportional trigger, gives the surgeon precise, real-time control over cutting frequency from the initial blade engagement through the full depth of the bone resection. Zero-start enables the blade to be positioned accurately against the resection guide before cutting begins, which is the accepted technique for accurate guided arthroplasty cuts. The 18000 cpm ceiling provides the cutting efficiency needed to complete the main body of a femoral or tibial resection in a clean, fast single pass through dense cortical bone.

≤ 60 dB Noise Level — Quieter Theatre Environment During Extended Lists

The E Series brushless motor produces operational noise at or below 60 dB — a level consistent with standard surgical conversation rather than the louder environment produced by many brushed-motor oscillating saws. This lower noise level is a meaningful benefit for theatre teams running long arthroplasty lists with multiple consecutive bone-cutting sequences, reducing cumulative acoustic fatigue and supporting clearer communication among surgical team members during complex procedures.

CE Certified and ISO 13485-Aligned — NHS-Ready Documentation for Arthroplasty Procurement.

The E Series Oscillating Saw is CE-certified and manufactured to ISO 13485, meeting the compliance requirements of NHS trust procurement committees, hospital medical device approval panels, and government framework buying assessors. Medigear.uk holds the Declaration of Conformity and technical documentation ready to issue alongside the product, reducing the administrative preparation time for clinical governance submissions and enabling procurement teams to meet commissioning deadlines. For multi-instrument E Series procurement packages, the Medigear.uk team can supply consolidated documentation across all products.

Toolless Quick-Lock Blade Interface — Intraoperative Blade Changes in Seconds

The quick-lock blade mechanism of the E Series Oscillating Saw allows tool-free blade changes, enabling the scrub nurse to swap between blade sizes and profiles in seconds during resection steps in a total knee arthroplasty or osteotomy procedure. This speed reduces the time cost of blade changes during multi-cut sequences and eliminates the risk of a misplaced blade key delaying operative flow. Five saw blades of different sizes and profiles are included in the standard set, covering the range needed for primary total knee and hip replacement resection steps.

Dual-Battery Set — Continuous Operative Availability Across Back-to-Back Cases

Two batteries are included in every E Series Oscillating Saw set, providing a dual-battery system in which one charges on the included charger while the other powers the handpiece through the active case, eliminating the downtime caused by a single-battery configuration running low mid-list. When combined with the aseptic transfer rings, this dual-battery system enables a complete sterile battery management protocol throughout the arthroplasty operating list. Both batteries and transfer rings are standard set components supplied by Medigear.uk.

Autoclavable Handpiece at 135°C — Integrated Into Standard CSSD Workflows

The E Series handpiece and all metal components are autoclavable at up to 135°C using high-temperature, high-pressure sterilisation once the NiMH battery is removed, integrating directly into the standard Class B CSSD reprocessing cycles used in hospital sterile services. The validated sterilisation protocol is available from Medigear.uk for supply to sterile services departments on request.

OEM and Volume Supply — Brushless Platform for Distributor Arthroplasty Catalogues

Medigear. The UK offers OEM configuration, volume pricing, and custom set composition for the E Series Oscillating Saw, making it a strong premium option for B2B distributors building brushless-motor orthopaedic surgical power-tool catalogues for arthroplasty and trauma theatre markets. We can provide white-label branding and regulatory documentation in different market formats, depending on order volume. The Medigear.uk business team provides CE and ISO documentation packages for distributor regulatory submissions.

Minimum Speed: 0 cpm — Variable Range From Rest for Guided Cut Positioning

The E Series Oscillating Saw starts from zero cpm, enabling the blade to be positioned accurately against the resection guide slot before any cutting motion begins. Zero-start prevents the blade from engaging at speed before it is correctly seated, which is the primary technique requirement for accurate guided arthroplasty resection cuts.

Maximum Speed: 18000 cpm — Standard Ceiling for Orthopaedic Oscillating Saw Bone Cutting

The 18000 cpm maximum frequency is the established ceiling for oscillating saws used in joint arthroplasty and orthopaedic bone resection, providing sufficient cutting efficiency for dense femoral and tibial cortex in single controlled passes. This ceiling is consistent with the specification for this class of surgical oscillating saw and is confirmed in the E Series product documentation.

Total Speed Range: 0 to 18000 cpm — Stepless Variable Control

The complete 0 to 18000 cpm range is continuously variable via the trigger, with no stepped transitions. Stepless control allows the surgeon to modulate cutting intensity as bone density, anatomy, and proximity to critical structures change through the resection sequence, without releasing the saw grip or adjusting a mode switch.

Motor Type: Brushless — Extended Autoclave Lifespan, Lower Noise

The brushless motor eliminates carbon brush wear, providing more consistent frequency output over more sterilisation cycles than brushed designs. The brushless motor of the E Series Oscillating Saw is confirmed to be an imported unit designed for surgical power tool use, producing lower operational noise and less internal heat than brushed equivalents.

Noise Level: ≤ 60 dB — Reduced Acoustic Burden During Extended Lists

The E Series Oscillating Saw operates at or below 60 dB, which is within the ambient noise range of a standard surgical environment and does not require supplementary hearing protection for theatre teams. This noise level is lower than the ≤ 75 dB specification of many brushed-motor oscillating saws in this class, contributing to a more controlled acoustic theatre environment during extended arthroplasty lists.

Output Power: ≥ 50 W — Sustained Cutting Efficiency Under Cortical Load.

A minimum output power of 50 W ensures the E Series maintains consistent blade frequency under the load resistance of cortical bone, producing clean, flat resection surfaces across the full cut thickness. This power floor prevents blade-speed loss when the saw transitions from cancellous bone to the denser cortical shell of the femur or tibia.

Aseptic Battery Transfer Rings: 2 Included — Standard Set Component

Two aseptic battery transfer rings are supplied with every E Series Oscillating Saw set as standard components, not as optional accessories. Each ring provides a sterilisable interface for one battery, enabling both batteries to be managed simultaneously under the aseptic transfer protocol. The transfer ring design and reprocessing method are documented in the user manual available from Medigear.uk.

Battery: 14.4 V NiMH — Two Included, Non-Autoclavable

Two 14.4 V NiMH batteries are included in every E Series Oscillating Saw set, supporting a battery-switching system in which one charges while the other powers the handpiece. The batteries are not autoclavable and are managed using the aseptic transfer ring protocol. Replacement batteries are available through Medigear.uk as spare parts.

Blade Interface: Quick-Lock, Toolless, Five Blades Included

The quick-lock blade interface connects and disconnects saw blades without tools, enabling intraoperative blade changes in seconds. Five saw blades are included in the standard set, covering the blade sizes and profiles needed for primary total knee and hip arthroplasty resection steps. Additional blades and replacement sets are available through Medigear.uk.

Handpiece Material: Stainless Steel — Autoclavable at 135°C

The handpiece body is manufactured from stainless steel and is autoclavable at up to 135°C, using high-temperature, high-pressure sterilisation with the battery removed. Stainless steel construction is the accepted standard for reusable Class II surgical power tools and supports the operational lifespan of the E Series handpiece.

Sterilisation: Handpiece Autoclavable at 135°C, Battery Managed via Aseptic Transfer

The handpiece is autoclavable at up to 135°C once the NiMH battery is removed. The battery is transferred to the sterile field using the aseptic transfer ring protocol included in the set. The validated sterilisation cycle parameters are available from Medigear.uk for CSSD departments.

Set Contents: Handpiece, Two Batteries, Charger, Two Aseptic Transfer Rings, Five Blades, Aluminium Case

The complete E Series Oscillating Saw set includes all components required for immediate clinical deployment. The aluminium case organises and protects all components during transit and storage. Individual replacement items, including batteries, transfer rings, and saw blades, are available through Medigear.uk.

The E Series Oscillating Saw is a CE Certified, autoclavable orthopaedic power tool delivering brushless motor bone cutting performance from 0 to 18000 cpm across joint arthroplasty, corrective osteotomies, and orthopaedic trauma surgery settings. Its aseptic battery transfer rings, toolless quick-lock blade interface, dual-battery system, and long-life brushless motor make it a practical and reliable choice for hospital theatre procurement, B2B distributor catalogues, and institutional orthopaedic instrument programmes. ISO 13485-aligned compliance documentation and full CE conformity paperwork are available through the Medigear.uk procurement team to support institutional approval at any level. Contact Medigear.uk for specifications, procurement assistance, or expert consultation.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

The E Series Oscillating Saw is powered by a brushless motor rather than the brushed motor used in the S Series Oscillating Saw of the same 0 to 18000 cpm specification, and includes aseptic battery transfer rings as a standard set component. The brushless motor eliminates carbon brush wear, maintaining consistent cutting frequency and output across significantly more autoclave sterilisation cycles than a brushed design, which is a material benefit for hospitals running high-volume arthroplasty programmes with daily instrument sterilisation. The aseptic transfer rings allow a charged battery to be brought to the operative sterile field in a controlled, contamination-free manner for each case, an additional infection-control feature not present in the S Series configuration. Both versions are available through Medigear.uk, and the team can advise on which platform suits a specific programme's volume and budget requirements.

The E Series Oscillating Saw operates from zero to 18000 cycles per minute through a continuously variable proportional trigger. Variable frequency matters in arthroplasty because different phases of the resection require different cutting intensities — lower frequencies are used at the start of a cut to engage the blade accurately against the resection guide, and when approaching the subchondral bone layer that must not be breached; higher frequencies provide the cutting efficiency needed to complete the main body of the cut quickly through dense cortical bone. The ability to start from zero and ramp up to working frequency allows the surgeon to position the blade against the guide slot before motion begins, which is the accepted technique for guided arthroplasty cuts. Medigear.uk can supply the full technical specification for institutional review.

Aseptic battery transfer rings are sterilisable covers or sleeves that allow a charged battery to be moved from a sterile container onto the scrub nurse's instrument table and into the handpiece battery compartment while maintaining sterile field integrity throughout the transfer. They are necessary because the E Series NiMH battery is not autoclavable and must be managed outside the handpiece sterilisation circuit. Without transfer rings, the battery would have to enter the sterile field via an unsterile pathway. Two transfer rings are included in every E Series Oscillating Saw set as standard components. Their use protocol is documented in the user manual and available from the Medigear.uk team for supply to theatre scrub teams and sterile services departments.

The E Series Oscillating Saw is CE Certified and produced in alignment with ISO 13485 quality management standards for medical device manufacturing, meeting the compliance baseline required by NHS trust medical device approval processes and hospital procurement committees. CE marking confirms conformity with the applicable Medical Device Directive requirements for a Class II reusable powered surgical instrument. If you need Declaration of Conformity documents, technical files, or audit-ready documentation packages, our Medigear.uk procurement team can provide them alongside the product to support internal approval submissions and tender evaluations.

The E Series Oscillating Saw handpiece and metal components are autoclavable at up to 135°C using high-temperature, high-pressure sterilisation once the NiMH battery has been removed from the battery compartment. The battery is handled separately using the aseptic transfer ring protocol included with the set, and the transfer rings themselves are sterilisable between uses. The validated sterilisation cycle parameters are documented in the user manual and are available from the Medigear.uk team for supply to CSSD or sterile services departments on request.

The quick-lock blade attachment on the E Series Oscillating Saw allows the saw blade to be connected and disconnected from the handpiece without tools through a fast-lock mechanism, enabling the scrub nurse to swap blade sizes and profiles in seconds between sequential resection steps. This speed is clinically significant in total knee arthroplasty, where multiple cuts of varying geometries are performed sequentially using blades of different widths for the distal femoral, proximal tibial, and patellar resections. Five saw blades of different sizes and profiles are supplied in the standard set. Further blade options and replacement blades are available through Medigear.uk.

Yes, Medigear.uk supports volume procurement and OEM configuration of the E Series Oscillating Saw for hospitals, NHS framework agreements, B2B medical equipment distributors, and institutional buying groups. Custom branding, packaging, and set composition options may be available depending on order volume and lead time. Our Medigear.uk team can provide CE and ISO documentation packages to support distributors' regulatory submissions in their markets, and we can discuss commercial terms and supply chain timelines directly.

Warranty terms for the E Series Oscillating Saw should be confirmed with the Medigear.uk procurement team, as coverage varies by order type, end-user category, and any applicable service agreement. Standard provisions for surgical power tools of this class typically cover manufacturing defects in the brushless motor and handpiece structural components for a defined period, with the batteries, saw blades, and transfer rings covered separately due to their shorter service lives. Medigear.uk can provide written warranty terms and after-sales support details as part of the full procurement documentation package.

Standard delivery lead times for the E Series Oscillating Saw through Medigear.uk are typically 15 to 20 business days from confirmed order for in-stock configurations, with air and sea freight options available depending on urgency and destination. For OEM, custom set composition, or volume orders, lead times may be longer due to production and packing schedules. Procurement teams preparing tender documentation or commissioning new arthroplasty theatre facilities should contact the Medigear.uk team in advance to receive a confirmed delivery schedule for inclusion in commissioning timelines.